Choosing the right Sintered Diamond Core Drill depends on the material you are working with and the specific task at hand. Consider factors such as the hardness of the material, the desired finish, and the drill's specifications. Consulting with the manufacturer or a specialist can help you make the best choice.

Precision Sintered Diamond Saws are designed for use on hard materials such as stone, ceramics, and metals. However, they may not be suitable for softer materials. Always check the manufacturer's recommendations for specific applications.

A Precision Sintered Diamond Saw is a high-precision cutting tool designed for cutting hard materials such as stone, ceramics, and metals. It is made by sintering diamond particles onto a metal base, providing a durable and efficient cutting surface.

When using Sintered Diamond Tools, always wear appropriate personal protective equipment (PPE) such as safety glasses, gloves, and hearing protection. Ensure proper ventilation, follow the manufacturer's operating instructions, and regularly inspect the tools for any signs of damage or wear.

Choosing the right Sintered Diamond Cutting Saw Blade depends on the material you are working with and the specific cutting requirements. Consider factors such as the blade's diameter, thickness, and the type of bond used. Consulting with the manufacturer or a specialist can help you make the best choice.

To maintain a Precision Sintered Diamond Saw, regularly clean it to remove debris and ensure proper cooling during use. Avoid excessive pressure and follow the manufacturer's guidelines for optimal performance and longevity. Proper storage and handling will also help extend the life of the saw.

When using Sintered Diamond Core Drills, always wear appropriate personal protective equipment (PPE) such as safety glasses, gloves, and hearing protection. Ensure proper ventilation, follow the manufacturer's operating instructions, and regularly inspect the drills for any signs of damage or wear.

Choosing the right Sintered Diamond Drill Bit depends on the material you are working with and the specific task at hand. Consider factors such as the hardness of the material, the desired finish, and the drill's specifications. Consulting with the manufacturer or a specialist can help you make the best choice.

To maintain Sintered Diamond Grinding Wheels, regularly clean them to remove debris and ensure proper cooling during use. Avoid excessive pressure and follow the manufacturer's guidelines for optimal performance and longevity.

Choosing the right Precision Sintered Diamond Saw depends on the material you are working with and the specific cutting requirements. Consider factors such as the blade's diameter, thickness, and the type of bond used. Consulting with the manufacturer or a specialist can help you make the best choice.

To maintain a Sintered Diamond Cutting Saw Blade, regularly clean it to remove debris and ensure proper cooling during use. Avoid excessive pressure and follow the manufacturer's guidelines for optimal performance and longevity. Proper storage and handling will also help extend the life of the blade.

Sintered Diamond Grinding Wheels are designed for use on hard materials such as ceramics, glass, and metals. However, they may not be suitable for softer materials. Always check the manufacturer's recommendations for specific applications.

The lifespan of Sintered Diamond Tools depends on the application and material being processed. Generally, they offer a longer lifespan compared to other diamond tools due to the even distribution of diamond particles and robust bonding material. Regular maintenance and proper usage can further extend their life.

Choosing the right Sintered Diamond Grinding Wheel depends on the material you are working with and the specific task at hand. Consider factors such as the hardness of the material, the desired finish, and the wheel's specifications. Consulting with the manufacturer or a specialist can help you make the best choice.

To maintain a Sintered Diamond Faceting Lap, regularly clean it to remove debris and ensure proper cooling during use. Avoid excessive pressure and follow the manufacturer's guidelines for optimal performance and longevity. Proper storage and handling will also help extend the life of the lap.

Yes, Sintered Diamond Tools can be used for both wet and dry cutting. However, wet cutting is often preferred as it helps to cool the tool, reduce dust, and extend the tool's lifespan. Always follow the manufacturer's guidelines for the best results.

Red Thin Diamond Saw Blades are designed for use on hard materials such as stone, ceramics, and metals. However, they may not be suitable for softer materials. Always check the manufacturer's recommendations for specific applications.

HSP Sintered Diamond Saw Blades are high-precision cutting tools designed for cutting hard materials such as stone, concrete, ceramics, and metals. They are made by sintering diamond particles onto a metal base, providing a durable and efficient cutting surface.

A Sintered Diamond Faceting Lap is a precision tool used in the gemstone industry for faceting and polishing gemstones. It is made by sintering diamond particles onto a metal base, providing a durable and efficient surface for cutting and polishing.

Sintered Diamond Drill Bits are designed for use on hard materials such as ceramics, glass, and metals. However, they may not be suitable for softer materials. Always check the manufacturer's recommendations for specific applications.

Red Thin Diamond Saw Blades offer several benefits, including high precision, long lifespan, and the ability to maintain their sharpness over time. They provide a smooth cut with minimal material waste and are ideal for working with hard materials.

HSP Sintered Diamond Saw Blades are designed for use on hard materials such as stone, concrete, ceramics, and metals. However, they may not be suitable for softer materials. Always check the manufacturer's recommendations for specific applications.

To maintain a Red Thin Diamond Saw Blade, regularly clean it to remove debris and ensure proper cooling during use. Avoid excessive pressure and follow the manufacturer's guidelines for optimal performance and longevity. Proper storage and handling will also help extend the life of the blade.

A Sintered Diamond Cutting Saw Blade is a high-precision tool used for cutting hard materials such as stone, concrete, ceramics, and metals. It is made by sintering diamond particles onto a metal base, providing a durable and efficient cutting surface.

To maintain Sintered Diamond Core Drills, regularly clean them to remove debris and ensure proper cooling during use. Avoid excessive pressure and follow the manufacturer's guidelines for optimal performance and longevity.

Sintered Diamond Cutting Saw Blades offer several benefits, including high precision, long lifespan, and the ability to maintain their sharpness over time. They provide a smooth cut with minimal material waste and are ideal for working with hard materials.

To maintain HSP Sintered Diamond Saw Blades, regularly clean them to remove debris and ensure proper cooling during use. Avoid excessive pressure and follow the manufacturer's guidelines for optimal performance and longevity. Proper storage and handling will also help extend the life of the blades.

Sintered Diamond Core Drills are designed for use on hard materials such as ceramics, glass, and metals. However, they may not be suitable for softer materials. Always check the manufacturer's recommendations for specific applications.

Choosing the right Sintered Diamond Tool depends on the material you are working with and the specific task at hand. Consider factors such as the hardness of the material, the desired finish, and the tool's specifications. Consulting with the manufacturer or a specialist can help you make the best choice.

Sintered Diamond Drill Bits are used for drilling hard materials such as ceramics, glass, and metals. They are ideal for applications that require high precision and durability.

Choosing the right Sintered Diamond Faceting Lap depends on the type of gemstone you are working with and the specific stage of the faceting process. Consider factors such as the grit size, the hardness of the gemstone, and the desired finish. Consulting with the manufacturer or a specialist can help you make the best choice.

Choosing the right HSP Sintered Diamond Saw Blade depends on the material you are working with and the specific cutting requirements. Consider factors such as the blade's diameter, thickness, and the type of bond used. Consulting with the manufacturer or a specialist can help you make the best choice.

Sintered Diamond Grinding Wheels offer several benefits, including high precision, long lifespan, and the ability to maintain their shape and sharpness over time. They are ideal for grinding hard materials and provide a smooth finish with minimal material waste.

Choosing the right Red Thin Diamond Saw Blade depends on the material you are working with and the specific cutting requirements. Consider factors such as the blade's diameter, thickness, and the type of bond used. Consulting with the manufacturer or a specialist can help you make the best choice.

Sintered Diamond Core Drills offer several benefits, including high precision, long lifespan, and the ability to maintain their shape and sharpness over time. They are ideal for drilling hard materials and provide a smooth finish with minimal material waste.

Sintered Diamond Faceting Laps offer several benefits, including high precision, long lifespan, and the ability to maintain their shape and sharpness over time. They provide a smooth finish with minimal material waste and are ideal for working with hard gemstones.

Sintered Diamond Faceting Laps are designed for use on hard gemstones such as diamonds, sapphires, and rubies. However, they may not be suitable for softer gemstones. Always check the manufacturer's recommendations for specific applications.

Yes, there are various types of Sintered Diamond Tools designed for specific applications, such as cutting, grinding, drilling, and polishing. Each type is optimized for particular materials and tasks, ensuring maximum efficiency and performance.

When using Sintered Diamond Drill Bits, always wear appropriate personal protective equipment (PPE) such as safety glasses, gloves, and hearing protection. Ensure proper ventilation, follow the manufacturer's operating instructions, and regularly inspect the tools for any signs of damage or wear.

Sintered Diamond Cutting Saw Blades are designed for use on hard materials such as stone, concrete, ceramics, and metals. However, they may not be suitable for softer materials. Always check the manufacturer's recommendations for specific applications.

To maintain Sintered Diamond Drill Bits, regularly clean them to remove debris and ensure proper cooling during use. Avoid excessive pressure and follow the manufacturer's guidelines for optimal performance and longevity.

Precision Sintered Diamond Saws offer several benefits, including high precision, long lifespan, and the ability to maintain their sharpness over time. They provide a smooth cut with minimal material waste and are ideal for working with hard materials.

HSP Sintered Diamond Saw Blades offer several benefits, including high precision, long lifespan, and the ability to maintain their sharpness over time. They provide a smooth cut with minimal material waste and are ideal for working with hard materials.

A Red Thin Diamond Saw Blade is a specialized cutting tool designed for precision cutting of hard materials such as stone, ceramics, and metals. The blade is characterized by its thin profile and red color, which indicates its specific use and quality.

When using Sintered Diamond Grinding Wheels, always wear appropriate personal protective equipment (PPE) such as safety glasses, gloves, and hearing protection. Ensure proper ventilation, follow the manufacturer's operating instructions, and regularly inspect the wheels for any signs of damage or wear.

Measure the diameter of your spindle and the width needed to fit snugly between the wheel and the machine flange or nut.

Without the correct bushing, the blade may wobble, vibrate excessively, or be unsafe to operate.

The diamond-coated grinding surfaces of the disk grind away material from the workpiece, creating a smooth and even surface. The twin design of the disk allows for simultaneous grinding on two surfaces, increasing efficiency and productivity.

Works on all conventional grinding wheels: aluminum oxide, silicon carbide, ceramic-bonded wheels, and more.

When using a 5" Diamond Twin Grinder Disk, it's essential to follow safety precautions to prevent accidents and injuries: Wear appropriate personal protective equipment, including safety glasses, gloves, and ear protection. Ensure the grinder is securely mounted and the disk is properly installed. Keep hands and fingers away from the grinding surfaces while the grinder is in operation. Avoid excessive pressure on the grinder, as it may cause the disk to bind or kickback. Use the grinder in a well-ventilated area to minimize exposure to dust and debris. Follow the manufacturer's instructions and recommendations for safe operation and maintenance of the grinder and disk.

A diamond dresser wheel is a tool used to true, clean, and restore the cutting surface of grinding wheels. It uses industrial-grade diamonds embedded in a rotating wheel to quickly remove debris and uneven spots.

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Properly fitted bushings maintain blade stability and balance, so performance should not be negatively affected.

A blade reducing bushing is a small cylindrical adapter that fits onto a saw arbor to reduce its diameter, allowing installation of blades with smaller arbor holes.

Dress whenever the wheel becomes glazed, loaded with material, or develops an uneven surface. Frequent light dressing maintains wheel performance and extends life.

Match the inner diameter of the bushing to your saw blade’s arbor hole and the outer diameter to your machine’s arbor shaft size.

Commonly made from steel, aluminum, or stainless steel for strength and durability.

Yes, as long as they are not damaged or worn out, spacers can be reused multiple times.

Available from tool suppliers, lapidary equipment dealers, woodworking stores, or online retailers specializing in saw accessories.

Faster & more efficient: Dresses the entire wheel face in seconds. More accurate: Produces a cleaner, flatter wheel surface with fewer passes. Longer-lasting: Diamond abrasive remains sharp for many dressing cycles. User-friendly: Eliminates the skill and effort required for single-point dressers.

Place the spacer on the spindle before mounting the wheel, then add another spacer if required on the other side, followed by the retaining nut.

A 5" Diamond Twin Grinder Disk is a specialized grinding tool designed for use with angle grinders. It features two parallel diamond-coated grinding surfaces on opposite sides of the disk, allowing for efficient grinding and shaping of various materials.

Some advantages of using a 5" Diamond Twin Grinder Disk include: Efficient grinding: The diamond-coated surfaces provide fast and effective material removal, reducing grinding time. Dual grinding surfaces: The twin design allows for simultaneous grinding on two surfaces, maximizing productivity. Versatility: The disk can be used with angle grinders for various grinding tasks on different materials. Longevity: Diamond-coated grinding surfaces are highly durable and resistant to wear, ensuring a longer lifespan compared to traditional grinding disks. Smooth finish: The diamond abrasives produce a smooth and even surface finish, ideal for finishing and polishing applications.

The 5" Diamond Twin Grinder Disk is suitable for grinding a wide range of materials, including concrete, stone, masonry, ceramics, tiles, and other hard surfaces. It can also be used for shaping and smoothing edges and surfaces.

Properly sized spacers help maintain wheel balance and performance by ensuring correct positioning.

Yes, they can be reused as long as they are not damaged or worn.

A bench wheel spacer is a small cylindrical or ring-shaped component used to properly space grinding or polishing wheels on a bench grinder or lapidary machine spindle.

Yes, coolant can reduce heat and extend the life of both the dresser and the grinding wheel, though many users dress dry.

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Typically made of metal such as steel, aluminum, or brass for strength and durability.

Yes, as long as the sizes match; they are commonly used in lapidary saws, woodworking saws, and other rotary cutting tools.

Mount the dresser securely on the grinder rest or holder. Bring the spinning dresser wheel into light contact with the grinding wheel. Move evenly across the wheel surface to restore its shape and expose fresh abrasive grains.

Slide the bushing onto the machine arbor, then mount the saw blade over the bushing before securing it with washers and nuts.

Yes, the 5" Diamond Twin Grinder Disk can be used for wet grinding applications.

Wheels may not be properly secured, leading to unsafe operation, vibration, or damage.

They ensure wheels are mounted securely and aligned correctly, preventing wobbling, uneven wear, or damage to the wheel and machine.

If your saw blade has a smaller center hole than your machine’s arbor, a reducing bushing ensures a snug, secure fit to prevent wobbling or unsafe operation.

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Available at hardware stores, machine supply shops, or specialized lapidary and grinding equipment suppliers.

No, spacers come in various sizes and thicknesses—choose one compatible with your machine and wheel specifications.

Yes. They are ideal for cutting foam composites or foam with embedded reinforcements like: Fiberglass mesh Plastic inserts Coated foam tooling boards

Wire life depends on the material hardness, cutting speed, and machine setup. For foamed ceramic and soft refractory bricks, the wire can typically cut 50–200 m², with consistent performance throughout.

Surface roughness (Ra): 2–5 µm depending on grit and feed rate Finishes may be suitable for final applications, or require light polishing

Diamond wire saws are suitable for a wide range of materials, including: - Natural stone (granite, marble, sandstone) - Concrete (reinforced or unreinforced) - Glass and ceramics - Semiconductors and crystal materials (such as quartz, silicon, sapphire) - Metals (when using resin or electroplated wire)

It is a specialized diamond wire saw designed for cutting high-porosity, low-density refractory materials such as foamed ceramic insulation bricks. The wire is embedded with industrial-grade diamonds and engineered to minimize material damage and dust during cutting.

Sintered diamond wire: For long life and abrasive-resistant metals Electroplated wire: For fine, precision cuts Grit sizes: 80–100 mesh for general use 120–200 mesh for fine or thin-section cuts

No. Graphite is relatively soft and non-abrasive, so it is not as hard on the wire as materials like silicon carbide or sapphire. However, graphite is messy—it generates fine dust that can build up and cause drag or clogging if not managed.

Yes. Diamond wire loop saws are a primary method for slicing monocrystalline and polycrystalline silicon ingots into wafers for solar cells (PV applications) due to their high precision, low kerf loss, and smooth finish.

Precision laboratory wire saws Industrial contour or horizontal wire saw machines CNC-controlled diamond wire saw systems Custom-built ceramic block cutting lines

Ultra-thin kerf (≈0.1–0.15 mm) = reduced material waste Low subsurface damage (SSD) = higher cell efficiency High throughput on multi-wire systems Smooth, flat surfaces ideal for further processing (texturing, diffusion, etc.) No thermal damage—cold mechanical process Less slurry usage (especially compared to traditional slurry wire saws)

Tires are composite structures, which combine: Soft rubber (high elasticity) Hard, high-tensile steel belts Reinforcing fabrics (which can fray or snag) Cutting all these materials uniformly requires controlled speed, tension, and coolant, or dry-air cooling in some labs.

Sintered wire: Longest life, suitable for production Electroplated wire: Best for fine precision cuts and lab use Typical lifespan: 10 – 100+ meters of cut, depending on material and conditions

While traditional hot wire cutters are often used for foam, a diamond wire saw offers: No melting or burning (avoids fumes or scorched edges) Greater accuracy and edge quality Capable of cutting composite or filled foams Less deformation on soft materials

Advanced ceramics (Alumina, Zirconia, Silicon Nitride, Silicon Carbide) Foamed and porous ceramics Ceramic substrates and tiles Ceramic matrix composites (CMC) Refractory and insulating ceramic blocks

EDM tooling Aerospace and defense (heat shields, thermal insulation) Semiconductor (wafer boats, crucibles) Nuclear (structural graphite components) Battery and fuel cell research (graphite plates and flow fields)

- Common wire diameters: 0.3 mm to 11 mm - Bead spacing: 10 – 40 beads per meter, depending on the application

Yes. Diamond wire loop saws excel at precision contour cutting, ideal for: Arc shapes Channels Custom tool designs Graphite molds and tooling forms

Wire Speed: 10–20 m/s Feed Rate: Moderate to slow (to avoid tearing) Start slow and adjust based on foam type and thickness

Electroplated diamond wire is most common Fine diamond particles for low-damage slicing Typical grit sizes: 300–500 mesh Wire diameter: 100–140 μm (0.10–0.14 mm) Resin-bonded or sintered wire is less common but may be used in R&D or hybrid cutting systems

Monocrystalline silicon (Czochralski or CZ grown) Polycrystalline/multicrystalline silicon (cast blocks) Doped silicon (e.g. P-type or N-type wafers) Float-zone silicon for specialty applications

Wafer thickness: 130–180 µm (standard), down to 80–100 µm in advanced lines Thickness tolerance: ±10–15 µm or better Bow and warp: Kept to a minimum with proper fixturing

Irregular cuts: Eliminated through programmable, automated cutting paths Slow throughput: Boosted by multi-wire or continuous feed options Inconsistent product dimensions: Solved with digital precision controls Dust and mess: Controlled through enclosed systems with vacuum extraction

Yes – absolutely. Use clean deionized water or specialized coolant fluids to: Reduce heat generation Wash away sapphire dust (which is abrasive) Prevent microcracks Extend diamond wire life Coolant must be filtered to prevent recirculating abrasive slurry.

Tire manufacturers (R&D and QA labs) Materials testing labs Recycling research centers Academic institutions Failure investigation and forensic labs

Yes, to a degree. While most cuts are straight or contoured in 2D, advanced machines can follow complex CNC-guided profiles, especially for: Sapphire domes Aspheric lenses Precision notched wafers However, tight inside corners or extreme 3D shapes usually require post-grinding or laser machining.

- High cutting precision and efficiency - Minimal kerf loss (narrow cut width) - Reduced vibration and heat generation - Cleaner edges with less surface damage - Longer tool life compared to traditional blades

Yes. The wire saw is capable of both straight cutting and complex profile or contour cutting, especially when used on CNC wire saw systems.

Keep wire clean—silicon debris can clog the wire Use filtered water to reduce particle recirculation Monitor tension and speed stability Use anti-vibration isolation in high-precision machines Clean wafers immediately after cutting to remove swarf and avoid contamination

Basic maintenance includes: Cleaning dust extraction systems Replacing cutting wires or blades (as per usage) Regular software updates and lubrication checks

High dimensional accuracy Ultra-thin kerf (≈0.1–0.3 mm) = minimal material loss Low subsurface damage Smooth surface finish (ideal for optics or wafering) Cold cutting = no thermal cracking or heat-affected zone Capable of cutting ultra-thin wafers, lenses, or windows

Yes, but it is not the most common application. Diamond wire loop saws can cut foam—especially dense, rigid foams such as: Polyurethane (PU) tooling boards Polystyrene (EPS, XPS) PVC foam Phenolic foams Structural core foams (used in aerospace or marine)

Wire speed: 10–30 m/s Feed rate: Low to moderate (prevent edge chipping) Tension: Must be stable to avoid blade wander Dust control: Essential for both safety and cut quality

Wire speed: 10–25 m/s depending on setup Feed rate: Carefully controlled (mm/min or μm/s), slower for thin wafers Coolant: Pure or DI water, sometimes with surfactants or corrosion inhibitors Tension: Precisely maintained for uniform wafer thickness

Secure the tire section properly to prevent shifting Use fume extraction if rubber is heated Wear eye and respiratory protection—cutting rubber and steel can generate fine particulates Check the wire frequently for fraying or clogging, especially when cutting steel belts

MethodProsConsDiamond Wire SawPrecise, minimal kerf, low stressSlower, not for soft/gummy metalsBandsawFaster on ductile metalsRougher surface, larger kerfEDMExtreme precision, non-contactLimited to conductive materialsLaser/PlasmaFast, complex cutsHeat-affected zone, kerf width

Wire speed: 10–20 m/s Feed rate: Very slow (metals resist abrasion) Tension: Must remain constant Coolant flow: Continuous, with filtration

Yes. Most models offer customizable: Cutting dimensions (block size and shape) Wire speeds and tension Automation features (batch processing, stacking, conveyor integration)

Dry cutting is standard for foam Air jets may be used to keep debris off the wire Avoid liquid coolants as most foams absorb moisture or deform

A: Hans Diamond Tool's products are engineered to handle a wide variety of materials with exceptional precision and efficiency. Our flexible diamond abrasive tools, diamond wire loops, electroplated diamond tools, lapidary tools, and diamond glass tools are designed to cut through hard and abrasive materials including, but not limited to, glass, ceramics, stones (such as granite and marble), concrete, and metals. Whether you're involved in construction, lapidary, or glass manufacturing, our tools provide the durability and cutting capability needed to achieve high-quality results.

100–150 mesh: Balanced speed and surface quality 200+ mesh: Smoother finish, slower cut The optimal grit depends on your cut tolerance and downstream processes (e.g., polishing or machining)

Yes. Diamond wire loop saws are one of the most effective and precise tools for cutting monocrystalline or polycrystalline sapphire, which is extremely hard (Mohs 9) and brittle.

EDM (Electrical Discharge Machining) blocks Graphite crucibles and electrodes Aerospace heat shields Semiconductor molds and fixtures Nuclear-grade graphite components

Wire speed: 10–20 m/s Feed rate: Very slow (especially for thin or fragile pieces) Tension: Stable and calibrated to avoid wire flutter or breakage Cooling: Continuous flow of clean coolant with filtration

Prevent wire loading by using the right coolant Use corrosion inhibitors if cutting reactive metals Filter coolant regularly to remove swarf Keep wire tension and tracking in check Wear PPE—some metals produce sharp chips and fine dust

A: Hans Diamond Tool's diamond tools provide several significant advantages over traditional saws. Firstly, our diamond tools, including flexible diamond abrasive tools and diamond wire loops, offer superior cutting precision and longer lifespan due to the hardness and durability of diamonds. This results in less frequent tool replacement and lower operational costs over time. Secondly, they deliver cleaner and smoother cuts, reducing the need for subsequent finishing processes and thereby saving time and resources. Additionally, our tools are capable of cutting through a broader range of materials, including very hard and brittle substances like glass and ceramics, which traditional saws struggle with. Lastly, Hans Diamond Tool prioritizes efficiency and quality, ensuring our products are manufactured to the highest standards, providing consistent performance and reliability.

Typical configurations include: - Wire diameter: 0.8 mm to 2.2 mm - Bead diameter: 6 mm to 11 mm - Wire lengths: Customizable to fit specific cutting machines or table saw systems - Bead spacing: Optimized based on brick density and thickness

- Electroplated Bond – Best for precise and brittle material cutting - Sintered Bond – Durable and ideal for high-production environments - Resin Bond – Offers smooth cuts, often used in delicate or soft materials

- Highly accurate curved or shaped cuts - Minimal dust and material loss - Clean edges without surface tear-out - Supports automated and high-volume production

Yes. Most suppliers offer global support including: Remote diagnostics On-site setup Spare parts supply Scheduled maintenance contracts

Diamond wire loop saws can cut ultra-thin sapphire wafers (<0.3 mm) Standard slices for optical components range from 0.5 mm to several mm Tolerances can be held to ±0.01 mm or better with the right setup

Use dust extraction or vacuum systems Install air blowers to clear the cut path Clean wire guides regularly to prevent clogging

Diamond wire can be used on: - Stationary block saws - Portable wire saws - Multi-wire saws for slab production - CNC and precision wire saw machines for laboratory and micro-cutting tasks

EDM graphite (fine and ultra-fine grain) Isotropic molded graphite Extruded graphite Graphite composites Nuclear-grade graphite Graphite crucibles and blocks

The lifespan of an endless diamond wire will vary depending on the material you are cutting and the thickness of the wire. However, most diamond wires will last for several days of use.

Inspect wire for dullness or glazing Clean dust from the system and guides regularly Ensure stable tension and alignment Replace wire if cut speed slows or surface finish degrades

Water or air cooling is recommended but not always required, depending on the material. For soft or porous bricks, dry cutting may be sufficient. For dense refractories, light water cooling can improve lifespan and cutting performance.

Yes. Diamond wire loop saws are well-suited for cutting graphite, especially dense or high-purity graphite used in industrial applications like EDM, aerospace, and semiconductors.

Yes. We provide custom wire types, lengths, grit sizes, and bond types to match your ceramic material, desired finish, and machine configuration.

Yes. Diamond wire loop saws are highly effective for cutting graphite—especially dense, brittle, or high-purity graphite used in industries such as EDM, semiconductors, aerospace, and metallurgy.

For soft, low-density foam: Yes. For rigid, dense, or abrasive-filled foam blocks, or when ultra-precision is required (e.g., in aerospace tooling), a diamond wire saw is appropriate and sometimes necessary.

Aerospace (composite core shaping) Marine (foam cores for hulls) Automotive prototyping Architecture (rigid foam molds and forms) Theming/Props (dense foam carving for sets or displays)

Low to moderate wire speed (10–30 m/s) Low feed rate to avoid cracking edges Consistent tension to maintain accuracy Vacuum or dust extraction system strongly recommended

Metallurgical sample prep Cutting difficult-to-machine alloys Failure analysis Nuclear and aerospace component sectioning Cutting brittle metal composites Precision removal of high-value metal parts

Yes. Diamond wire saws are ideal for preparing clean, flat cross sections for: Optical microscopy SEM imaging Layer separation analysis Adhesive or interface evaluation

A Ceramic Diamond Wire Cutting Saw is a precision cutting tool that uses a diamond-impregnated wire to slice through ceramic materials, including both dense technical ceramics and porous or foamed ceramics. It ensures clean, low-stress cuts with minimal material loss.

FeatureDiamond Wire Loop SawSlurry Wire SawCutting SpeedFasterSlowerKerf WidthThinner (0.1–0.15 mm)Thicker (≈0.2–0.25 mm)Surface FinishBetterModerateCleaning RequirementEasierHigh (slurry residues)Cost Over TimeLower (higher efficiency)Higher (slurry disposal)Environmental ImpactLowerHigher (slurry waste)

FeatureDiamond Wire SawHot Wire / Blade CutterEdge QualityClean, no meltingMay burn or deform edgesMaterial RangeCuts filled or hybrid foamsLimited to soft foamsDust/FumesGenerates dustMay emit toxic fumesComplexity of CutsGood for complex profilesDepends on tool type

The machine uses high-precision cutting technology (e.g., diamond wire, CNC control) to: Minimize offcuts and breakage Maximize yield from raw blocks Ensure accurate repeatability with tight tolerances This means less scrap and more usable product per block.

Minimal kerf (1–2 mm) = less material loss Precision cuts for lab samples or prototypes Low cutting force = minimal mechanical deformation Cold cutting = no heat-affected zone (HAZ) Clean surface finish for metallographic or aerospace applications

Sapphire wafers for LEDs, semiconductors, RF chips Watch crystals and lenses Optical windows for IR, UV, or high-pressure applications Medical and aerospace components Scientific substrates (for spectroscopy or microscopy)

This wire saw is designed for use with: - CNC profile wire saw machines - Contour cutting machines with wire guides - Manual or semi-automated profile saws

- Soft-bond diamond beads reduce the risk of cracking or chipping - Wide spacing between beads prevents clogging in porous materials - Low cutting pressure preserves the integrity of fragile structures - Cool and clean cut due to low friction and efficient swarf removal

Electroplated diamond wire: For ultra-precise and consistent cutting Sintered diamond wire: For higher durability in industrial slicing Wire diameter: 0.1–0.3 mm depending on application (thinner for wafers)

Yes. For small-scale or lab-based slicing of experimental silicon ingots (e.g., passivated emitter rear contact or heterojunction cells), loop saws offer: High cutting accuracy Support for non-standard sizes Ability to cut fragile or specialty-doped silicon with care

Typical wire specs include: Diameter: 0.3 mm – 1.5 mm Bond types: Electroplated, Sintered, or Resin Bond Diamond grit sizes: 60 to 300 mesh (coarse to fine finishes) Wire lengths: Custom according to machine and application Configuration: Continuous loop or spool-based wire

Electroplated or sintered diamond wire Grit size: 80–120 mesh for balanced steel/rubber cutting Coarser grits may improve speed but reduce finish Wire diameter: 0.3–0.6 mm depending on tire thickness

Yes, a diamond wire loop saw can cut tire cross-sections, including: Rubber tread and sidewalls Steel belts and bead wires Fabric reinforcements (e.g., nylon, Kevlar) Composite rubber compounds It is especially useful for precision sectioning of tire samples for analysis or recycling.

The diamond wire type L is a nickel-plated core wire with a high concentration of nickel-coated diamonds. The diamonds are extremely firmly bonded to the core wire via an electroplating process. The nickel bonding is resistant to corrosion and has a very high bonding or holding force and thus a long service life.

Precision: Clean, straight cuts for analysis or microscopy Low mechanical distortion: No tearing or deformation of soft rubber Cold cutting: No thermal damage or rubber melting Capable of cutting through embedded steel cords Safer and cleaner than abrasive wheels or band saws

Yes. Diamond wire loop saws allow for high-precision contour cutting, ideal for creating arcs, grooves, and non-linear profiles.

Minimal kerf width for low material loss Low mechanical stress—ideal for fragile or brittle ceramics Clean edges with little to no chipping Reduced dust generation Longer lifespan compared to traditional abrasive blades

Optional depending on setup Dry cutting with compressed air dust removal is preferred in rubber analysis Water-based coolants can be used, but rubber may absorb moisture or swell—use with caution

Medium (80–120 mesh) for fast cuts Fine (150–200 mesh) for cleaner surface finish The optimal choice depends on the thickness and finish requirements.

Absolutely. We offer customization for: - Wire diameter and bead size - Bead spacing and bond hardness - Wire length and loop configuration - Core type (steel wire or rubber/plastic-coated wire)

The diamond wire loop is usually guided with ceramic or Teflon rollers or channels that ensure alignment, reduce wear, and manage dust.

A diamond wire saw is a cutting machine that uses a wire embedded with diamond abrasives to slice through hard, brittle, or dense materials such as stone, ceramic, metal, glass, and silicon.

Yes, but with specific limitations. Diamond wire loop saws can cut certain metals—especially hard, brittle, or composite metals—but they are not ideal for soft, ductile metals due to smearing and clogging.

Cutting Process: The diamond wire is tensioned and guided along the desired cutting path. The diamond b

The thickness of the diamond wire loop varies depending on the type. Here are the specifications: DW.050-T: Outer diameter ranges from 0.05 to 0.055 millimeters with a core wire diameter of 40 micrometers. DW.080-L: Outer diameter ranges from 0.08 to 0.085 millimeters with a core wire diameter of 60 micrometers. DW.150-L: Outer diameter ranges from 0.13 to 0.15 millimeters with a core wire diameter of 110 micrometers. DW.200-L: Outer diameter ranges from 0.18 to 0.20 millimeters with a core wire diameter of 150 micrometers. DW.250-L: Outer diameter ranges from 0.23 to 0.26 millimeters with a core wire diameter of 180 micrometers. CBN.250: Outer diameter ranges from 0.23 to 0.26 millimeters with a core wire diameter of 180 micrometers. DW.250-K: Outer diameter ranges from 0.23 to 0.26 millimeters with a core wire diameter of 180 micrometers. DW.350-L: Outer diameter ranges from 0.33 to 0.36 millimeters with a core wire diameter of 250 micrometers. CBN.350: Outer diameter ranges from 0.33 to 0.36 millimeters with a core wire diameter of 250 micrometers. DW.370-K: Outer diameter ranges from 0.35 to 0.38 millimeters with a core wire diameter of 280 micrometers. CBN.400: Outer diameter ranges from 0.38 to 0.41 millimeters with a core wire diameter of 300 micrometers. DW.450-L: Outer diameter ranges from 0.43 to 0.46 millimeters with a core wire diameter of 350 micrometers. DW.500-L: Outer diameter ranges from 0.48 to 0.52 millimeters with a core wire diameter of 400 micrometers. CBN-500: Outer diameter ranges from 0.48 to 0.52 millimeters with a core wire diameter of 400 micrometers.

Absolutely. It is designed with modular integration in mind and can work alongside shaping, drying, and kiln stages for a seamless workflow.

No. Graphite is typically cut dry, as it is porous and absorbs moisture. Instead, use: Vacuum extraction systems to remove dust Compressed air jets to clear the cutting zone and cool the wire

Yes. Dry cutting is possible for foamed ceramics due to their low density and low heat buildup. However, air or light water mist cooling can extend tool life and improve edge quality in denser materials.

Clean, precise cuts with minimal chipping Thin kerf reduces material loss Low mechanical stress on the workpiece Excellent surface finish, especially on fine-grain or isotropic graphite Capable of both straight and contour cuts

Typical specifications include: - Wire diameter: 0.6 mm – 1.5 mm - Bead size: 4 mm – 8 mm - Bead spacing: Custom depending on material porosity - Grit sizes: 80 to 200 mesh (for smooth profile finishes)

Increased yield from each ingot due to thin kerf Higher throughput vs. ID saws or slurry saws Less breakage and microcracking during slicing Lower total cost per wafer Eco-friendlier process (less slurry, cleaner operation)

Most manufacturers report ROI within 6–12 months, thanks to: Reduced waste Labor savings through automation Improved product consistency (fewer rejects) Faster order fulfillment

Fine grit (150–200 mesh) minimizes tearing or crumbling Resin bond or electroplated wire preferred for clean cuts For denser foams, coarser grits (80–120) may be acceptable

Minimal chipping or cracking Tight tolerances and clean edges Reduced material loss (kerf) Lower mechanical stress on the workpiece Capable of cutting large blocks or intricate profiles

Yes. With proper bond and grit configuration, the wire saw can also cut: - High-alumina refractory bricks - Firebricks - Silica and magnesia bricks - Insulating castables and ceramic fiber blocks

Cutting speed depends on the material hardness, wire grit, and machine capability. Typical ranges: Wire speed: 5 – 40 m/s Feed rate: 1 – 100 mm/min (Slower feed rates are recommended for hard, brittle ceramics.)

Wire speed: 10–20 m/s Feed rate: Very slow to moderate Wire tension: Consistent to prevent snagging in wire-reinforced areas Dust extraction: Highly recommended—rubber dust can be hazardous

It is a specialized diamond wire saw designed for cutting complex shapes and profiles in foamed ceramic materials, such as insulation bricks, refractory panels, and other porous ceramics. It enables precise contouring with minimal material stress.

Minimal training is required. The machine is usually operated via a user-friendly touchscreen interface. For advanced models, CAD/CAM integration may be used for complex patterns.

The machine is compatible with a wide range of ceramic foam densities and compositions, including: Silicon carbide (SiC) Alumina (Al₂O₃) Zirconia (ZrO₂) Various pore sizes and block dimensions are supported.

- Foamed ceramic insulation bricks - Refractory ceramic panels - Porous lightweight firebricks - Alumina silicate blocks - Other low-density thermal insulation materials

200–300 mesh (fine) for slicing thin wafers or optics 325–500 mesh for ultra-fine finishes or fragile geometries Coarser grits (100–150) may be used for rough slicing of bulk material

No. Graphite is relatively soft and does not significantly abrade the diamond wire. However, graphite dust can clog the grit and build up in guides, so regular cleaning is important.

Wire saws are most comparable in principle to that of a reciprocating saw or bandsaw. The Diamond wire is placed around a material that needs to be cut, or threaded through a bore hole, and is then run at speed to utilise abrasion to effectively cut through slab or reinforced steel.

The wire is compatible with: - Manual or semi-automatic wire saw machines - Table-mounted wire saw systems - CNC-controlled cutting systems - Machines used in refractory and insulation brick manufacturing plants

Best suited for: Tungsten carbide Titanium alloys Hardened tool steels Nickel-based superalloys (e.g., Inconel) Metal matrix composites (MMCs) Sintered or porous metals Ceramic-metal hybrids (cermets) Not suitable for: Aluminum (tends to clog the wire) Copper, lead, tin (too soft and gummy) Mild steel (can be cut but is slow and hard on the wire)

The Diamond wire is placed around a material that needs to be cut, or threaded through a bore hole, and is then run at speed to utilise abrasion to effectively cut through slab or reinforced steel. This method can produce a lot of heat and needs cooling so it can be used.

In R&D or high-precision recycling research, yes. For large-scale tire shredding, industrial cutters or cryo-grinding are more common, but diamond wire saws are used for: Prototype analysis Material separation research Automated dissection of tire segments

A: A Diamond Wire Saw works by using a metal wire embedded with diamond abrasives to cut through a variety of hard materials such as stone, concrete, glass, and ceramics. At Hans Diamond Tool, our diamond wire loop is designed for precise and efficient cutting. When the saw is in operation, the wire moves continuously in a loop, driven by a motor, and the diamond abrasives on the wire grind against the material being cut. This method ensures a smooth, clean cut with minimal material waste. The flexibility of the diamond wire allows it to make intricate cuts with high precision, making it an ideal tool for industries that require accurate and high-quality cutting solutions. Our diamond wire saws are engineered for durability and optimum performance, reflecting Hans Diamond Tool's commitment to manufacturing superior cutting tools.

Yes, but slowly. For bars, billets, castings, or metal blocks, diamond wire saws are ideal for: Sectioning test samples Removing defects or inclusions Precision slices for R&D Cutting thick metal requires: Adequate cooling Constant wire cleaning Slower feed and close process monitoring

Yes, always. Use water-based coolant with corrosion inhibitors, or synthetic cutting fluids, to: Reduce heat and friction Prevent metal loading (clogging the wire) Extend wire life Improve surface finish

Dense or technical ceramics: Yes, water or coolant is recommended to reduce heat and extend tool life. Porous or foamed ceramics: Often dry cutting is sufficient, but air cooling can help maintain performance.

- Use constant water or coolant to reduce heat and remove swarf - Maintain correct wire tension and speed for material type - Avoid sudden directional changes to prevent wire breakage - Monitor wear to ensure consistent cutting performance

Yes. We offer custom wire lengths, grit sizes, bead spacing, and looped or endless wire configurations to suit your specific machine type and cutting profile requirements.

A Diamond Wire Saw is a cutting tool that uses a steel wire embedded with industrial diamond beads to cut hard materials. It is ideal for slicing stone, concrete, glass, ceramics, and even metal in some applications.

A Ceramic Foam Cutting Machine is a specialized tool designed to cut porous ceramic foam materials with precision. It is commonly used in the manufacturing of ceramic filters, insulation materials, and industrial foam parts.

Lifespan varies depending on the material being cut, wire diameter, bond type, and operating conditions. Generally: - Sintered wires last longer than electroplated ones - Proper use and cooling significantly extend life - Typical range: 5 m² to over 30 m² of cutting, or hundreds of hours in lab settings

A: A Diamond Wire Saw is a highly efficient cutting tool used in the manufacturing industry, particularly for precise and smooth cutting of hard materials such as stone, glass, and metals. Hans Diamond Tool's Diamond Wire Saw operates by using a continuous loop of stainless steel wire that is coated with industrial diamond abrasives. As the wire is pulled through the material, the diamond abrasives grind away at the surface, creating a clean cut with minimal waste and heat generation. This method not only provides a high-quality finish but also enhances the cutting speed and accuracy, making it an essential tool for intricate and demanding manufacturing processes. Whether it's for flexible diamond abrasive tools or specialized electroplated diamond tools, our Diamond Wire Saws are designed to meet the highest standards of performance and reliability.

Usually dry cutting is preferred. Graphite absorbs moisture, so water-based coolants are avoided. If needed, air jets or vacuum extraction help control dust and cool the wire.

Yes. We offer custom options for: - Wire diameter and length - Bead shape and spacing - Bond type (electroplated, sintered, resin) - Special applications (e.g., soft stone, ultra-hard materials, fragile crystals)

Steel. Recently, diamond wires have proven well for working on steel cuts, for example for the cutting and recycling of massive steel pipes or steel storage cylinders.

Use fresh or well-maintained wire Keep the coolant flow clean and uninterrupted Do not rush—cutting too fast causes chipping or cracking Monitor wire for runout or vibration Secure workpieces properly to prevent micro-movements

- Reduced material loss due to narrow kerf - Cleaner edges with minimal chipping - Lower dust generation during cutting - Less mechanical stress on the brick - Faster and more accurate cutting, even with fragile materials

- Flexible wire structure adapts to curves and custom paths - Fine diamond grit ensures smooth surfaces and tight tolerances - Low cutting force minimizes cracking or flaking in fragile materials - High precision ideal for 2D or 3D profile cutting on CNC or guided machines

A: A Diamond Wire Saw works by using a metal wire embedded with diamond abrasives to cut through a variety of hard materials such as stone, concrete, glass, and ceramics. At Hans Diamond Tool, our diamond wire loop is designed for precise and efficient cutting. When the saw is in operation, the wire moves continuously in a loop, driven by a motor, and the diamond abrasives on the wire grind against the material being cut. This method ensures a smooth, clean cut with minimal material waste. The flexibility of the diamond wire allows it to make intricate cuts with high precision, making it an ideal tool for industries that require accurate and high-quality cutting solutions. Our diamond wire saws are engineered for durability and optimum performance, reflecting Hans Diamond Tool's commitment to manufacturing superior cutting tools.

Frequently clean the wire and guides to prevent dust buildup Monitor wire wear and replace when cutting performance drops Use dust filtration or vacuum to protect machine components

Use with coolant or water to prolong life Avoid excessive pressure; let the wheel cut naturally Clean and dress regularly to maintain performance Store in a cool, dry place

Rinse the pads thoroughly after use to remove slurry and debris. Allow them to dry completely before storage to prevent mildew.

Polyurethane cerium oxide pads are polishing pads made from flexible polyurethane foam infused or used with cerium oxide powder, commonly used for fine polishing of glass and gemstones.

A resin diamond grinding wheel is a precision tool with diamond abrasive particles bonded in a resin matrix. It’s designed for smooth, efficient grinding and pre-polishing of hard materials such as gemstones, glass, ceramics, and tungsten carbide.

They are designed to be used wet with water and cerium oxide slurry to optimize polishing performance and prevent overheating.

Seamless construction eliminates seam breakage, enabling continuous production without interruption. Our strips wear evenly and completely, allowing for predictable performance and longer operational cycles before replacement is needed.

Pads can be made from materials like polyurethane foam, felt, or other soft polymers, available in various sizes and thicknesses.

They are typically used wet with water or polishing slurry to enhance polishing efficiency and prevent overheating.

Used in gemstone faceting, jewelry making, glass engraving, dental labs, and precision metalworking.

A resin diamond sanding belt is a flexible abrasive belt coated with diamond particles embedded in a resin matrix, designed for grinding, shaping, and polishing hard materials.

A sanding belt coated with cerium oxide abrasive, designed primarily for polishing glass, gemstones, and other silica-based materials.

Wear eye protection, use proper ventilation, and always operate with coolant to reduce dust and heat.

Yes. Our Diamond Emery Machine can create a soft nap on leather surfaces, producing a high-quality suede finish for garment leather while eliminating fiber strain from buildup.

Cerium oxide is a highly effective abrasive for polishing silica-based materials, providing excellent clarity and shine without damaging the surface.

Common grits range from coarse (60–100 grit) for shaping to ultra-fine (3000 grit) for polishing and finishing.

Our Diamond Emery Strips, Cloth, and Tapes feature precision-placed diamond pellets with optimal concentration, offering excellent swarf removal and cool running performance. The single-layer design resists heat and prevents stretching, which extends the lifespan of your sueding equipment.

Wear eye protection and gloves, work in a ventilated area, and use coolant to reduce dust and heat.

Wear protective eyewear and gloves, work in a well-ventilated area, and avoid inhaling cerium oxide powder dust.

They contain industrial-grade diamond abrasives for superior cutting power and longer life, especially on very hard materials.

Common grits range from coarse (60–100 grit) for aggressive material removal to ultra-fine (3000 grit) for polishing.

Polyurethane offers flexibility, durability, and excellent resilience, conforming well to curved surfaces for uniform polishing.

Rinse thoroughly after use to remove slurry and debris. Avoid contamination with coarser grits and store in a clean, dry place.

Clean after use, avoid overheating, use proper coolant, and store in a dry place.

They come in various sizes and thicknesses, including discs, sheets, and custom shapes for different polishing machines.

Cerium oxide polishing pads are used wet with water and cerium oxide slurry to enhance polishing efficiency and prevent overheating.

Rinse the pads thoroughly after use to remove slurry and debris, and allow them to dry completely before storage to avoid mildew.

High-gloss, clear finishes with minimal surface distortion on silica-based materials.

Lifespan depends on use and maintenance but generally offer moderate durability with proper cooling and usage.

Yes, but always wear eye protection, gloves, and ensure proper ventilation when polishing.

Common shapes include bullet, cone, round, flat end, and cylinder, tailored for different precision tasks.

They are typically used wet with water or coolant to reduce heat and increase lifespan.

Typically available from coarse (around 100 grit) to ultra-fine (up to 6000 grit) for shaping through polishing.

Wear eye protection and gloves, use water or coolant, and work in a well-ventilated area.

Resin bonded diamond wheels – for cabbing and pre-polishing gemstones. Resin bonded diamond belts – for contour grinding and polishing of glass, stone, and metal. Resin bonded discs and laps – for flat surface grinding and finishing. Resin bonded points and burs – for detailed carving, engraving, and precision polishing.

Gemstones, quartz, agate, glass, ceramics, composites, tungsten carbide, and non-ferrous metals.

Resin diamond smoothing pads are abrasive pads with diamond particles embedded in a resin bond, designed for fine grinding and smoothing of hard surfaces.

Keep the belt clean by rinsing off slurry and debris, avoid overheating, and store in a dry place.

Resin diamond nova points are precision rotary tools coated with diamond abrasive particles bonded with a resin matrix, designed for fine grinding, shaping, and polishing.

They range from coarse (around 100 grit) to ultra-fine (up to 6000 grit), allowing for rough shaping to final polishing.

Common shapes include bullet, cone, round, flat-end, and cylinder points in various diameters to suit different tasks.

Wear eye protection, gloves, and use adequate ventilation. Use water or slurry to minimize dust and heat.

Mainly used for glass, crystal, quartz, and some gemstones requiring fine polishing.

Cerium oxide acts as a gentle yet effective polishing agent that removes microscopic scratches to produce a smooth, clear, and glossy finish.

Yes, with proper cleaning and care, they can be reused multiple times.

Yes, with proper cleaning and care, cerium oxide polishing pads can be reused multiple times.

Resin bond provides smoother cutting, less heat, and better finish, but metal bond may last longer for aggressive cutting.

Lifespan depends on material and usage but generally offer good durability with proper cooling and moderate pressure.

Longevity depends on usage and material hardness, but resin bond pads generally last longer due to efficient heat dissipation and controlled wear.

Yes, they fit most standard belt sanders designed for their size and grit.

They are best used wet with water or coolant to reduce heat, extend pad life, and improve finish quality.

They are best used wet with coolant or water to minimize heat and extend tool life.

Smooth, chip-free cutting: Reduces risk of damage on delicate materials. Cool grinding: Resin bond dissipates heat effectively, preventing thermal cracks. Excellent surface finish: Ideal for pre-polish and fine grinding stages. Lightweight and quiet: Offers comfortable operation and less machine stress.

Use eye protection, gloves, and ensure proper ventilation. Always use coolant or water to reduce dust and heat.

They work well on gemstones, glass, ceramics, metals, composites, and other hard materials.

Use with water or coolant to prolong life and avoid clogging. Avoid excessive pressure; allow the diamond abrasives to cut. Dress occasionally with a conditioning stick to keep the surface clean. Store in a dry area away from direct sunlight to protect the resin bond.

Diamond resin bonded products are grinding and polishing tools that use a resin matrix to hold diamond particles. They provide a balance between aggressive cutting and fine surface finishes, commonly used for lapidary, glass, ceramic, and metal polishing applications.

Used for gemstone faceting, jewelry making, dental lab work, glass engraving, and precision tool sharpening.

Cerium oxide acts as a fine abrasive that gently removes microscopic scratches and imperfections, producing a smooth, clear, and glossy surface.

Keep belts clean from debris, avoid overheating, and store in a dry environment to prevent damage.

Many are slightly flexible, allowing for smoothing on curved or irregular surfaces.

Resin diamond hand pads are handheld abrasive pads embedded with diamond particles in a resin matrix, used for manual grinding, smoothing, and polishing of hard surfaces.

Ideal for gemstones, ceramics, glass, carbide, and other hard materials requiring fine shaping and pre-polishing.

They are widely used in lapidary, optics, glass processing, ceramics shaping, and precision tool grinding.

Smooth, controlled cutting: Produces less chipping compared to metal bond. Fine finishing: Ideal for pre-polish and final polishing stages. Cool running: Resin bond dissipates heat well, reducing risk of thermal damage. Versatile grit range: Available in coarse (for shaping) to ultra-fine (for polishing).

They are ideal for gemstones, glass, ceramics, metals, composites, and other hard materials requiring detailed manual finishing.

Most resin diamond sanding belts perform best with water or coolant to extend belt life and improve finish quality.

Their lifespan depends on usage, pressure, and materials worked on but generally provide good durability with proper care.

They work on gemstones, glass, ceramics, metals, composites, and other hard materials needing fine detail work.

They are primarily used for polishing glass, crystal, quartz, and various gemstones to achieve a high-gloss finish.

We offer Wet Emerizing strips in Single Trapezoid and Double Trapezoid formats, with standard widths of 1900 mm and 2800 mm. Custom options may be available upon request.

Lifespan depends on usage and material but generally offer good durability when used properly with coolant.

Our abrasives are compatible with a wide range of machine brands, including: Broma, Comet Unitec, Curtin-Hebert, Danti Paolo, Haining, HAS Lafer-Turk, Lafer, Lamperti, Lisa, Mario Crosta, MCS, Memnum, Sanwa, Sperotto, Sucker Muller, and Xetma.

Yes, depending on grit, lower grits are for smoothing rough surfaces, while higher grits aid in polishing.

They offer good longevity, especially when used with proper cooling and moderate pressure.

Avoid inhaling cerium oxide powder dust, use coolant or water to reduce dust, and wear appropriate personal protective equipment.

Clean after use with water, avoid harsh chemicals, and store in a dry place to prevent damage.

Our products are suitable for woven, knitted, and warp-knitted fabrics ranging from 80 to 500 gsm, offering consistent, high-quality results across fabric types.

The resin bond provides smooth cutting action, reduces heat buildup, and offers a fine finish with less chipping.

Resin bond points provide smoother finishes and less heat generation but wear faster than metal-bonded points.

Cerium oxide polishing pads are abrasive pads designed to be used with cerium oxide slurry for polishing glass, gemstones, and other silica-based materials to a high-gloss finish.

Resin diamond pads offer smoother cutting action, less heat buildup, and a finer finish compared to metal-bonded pads.

They are suitable for gemstones, glass, ceramics, metals, composites, and other hard materials needing detailed finishing.

They are ideal for glass, quartz, crystal, gemstones, ceramics, and other silica-rich materials.

Grit sizes vary but are generally fine, focused on polishing rather than aggressive material removal.

Cerium oxide powder is mixed with water to form a slurry, which is applied to the pad during the polishing process.

They are suitable for gemstones, glass, ceramics, metals, composites, and hard stones.

Absolutely. By minimizing seam breakage and using heat-resistant, stretch-resistant materials, our products reduce downtime, increase throughput, and deliver a consistent sueding finish.

Yes, many resin diamond hand pads have some flexibility, making them suitable for polishing curved or irregular surfaces.

Resin diamond nova points are small, precision rotary tools coated with diamond abrasives bonded in resin, used for detailed grinding, shaping, and polishing.

Compatible with standard belt sanders that fit the belt size and can operate at low to moderate speeds for polishing.

Typically available from coarse (60–100 grit) for shaping to ultra-fine (3000 grit) for pre-polishing.

They are best used wet with water or coolant to prevent overheating and extend tool life.

Always wear safety goggles and gloves, use water or coolant to minimize dust and heat, and work in a well-ventilated area.

Use water or coolant to extend life and prevent clogging. Avoid excessive pressure; let the diamond do the cutting. Clean after use to remove slurry and debris. Store in a dry environment to prevent resin degradation.

They are not recommended for metals, as cerium oxide is tailored for polishing silica-based materials.

Superior surface finish with reduced chipping Excellent heat dissipation to prevent thermal damage Durable resin bond for longer wheel life Quiet, smooth operation

Used in lapidary, glass polishing, metalworking, ceramics grinding, and composite finishing.

Yes. Our LAFER Diamond Emery Paper and Seamless Diamond Strips are specially designed for compatibility with LAFER, CARU, UNITECH, and many other fabric sueding machines. We also support various horizontal, vertical, and tambour-style machines.

REZ resin diamond wheels are high-performance grinding wheels that use a specially formulated resin bond to hold premium diamond abrasives, designed for precision grinding and polishing of hard materials.

Usually medium to fine grits, ranging from about 200 to 3000 grit, for progressively finer smoothing and polishing.

Yes, depending on the grit size, coarse pads are used for grinding and shaping, while finer grits are for polishing.

Clean thoroughly after use to remove slurry and debris, and store in a clean, dry place.

The suitability for wet or dry sanding depends on the specific belt and the material you're working with. Some belts are designed for wet use, while others are intended for dry sanding. Always check the manufacturer's guidelines.

Shapes: Block/brick, curved pads, or contoured edge pads Backing: Foam for flexibility and hand comfort Rubber for firm, flat surfaces Velcro (for use on multi-purpose holders) Electroplated or resin bond diamond surfaces.

Some advantages include: Precise control over sanding and polishing due to the flexibility of the rubber drum. Compatibility with a wide range of hard materials. Longevity and durability of diamond abrasives. Easy installation and removal of the belt.

Many Flexible Diamond QRS Discs are designed for wet use, which involves using water or a coolant during the grinding or polishing process. Wet use helps reduce heat and friction, extends the disc's lifespan, and improves performance. However, some discs can also be used dry, but wet use is often recommended for better results.

Electroplated Flexible Diamond Sanding Belts are versatile abrasive tools used for sanding, grinding, and polishing a wide range of materials, including metals, ceramics, glass, stone, and composites. They are ideal for applications that require precision and consistent material removal.

Common products include: Flexible diamond sanding belts Flexible diamond polishing pads Flexible diamond hand pads and files Flexible diamond sheets and rolls Spiral bands, discs, and flap wheels Hook & loop-backed diamond pads

Nickel bond: Durable, aggressive cutting, best for grinding Resin bond: Smooth polishing action, more flexible Sintered bond (less common): Longer life for specialty belts Each bond type is optimized for different applications and material hardness.

Use wet whenever possible Avoid excessive pressure – let the diamonds do the work Keep the belt clean and unclogged (rinse or brush if needed) Store flat in a dry area, avoid sharp bends or folds.

Flexible diamond products range from: Coarse grit (30–100) for aggressive grinding Medium grit (120–400) for shaping and smoothing Fine grit (600–3000) for polishing and honing Ultra-fine (6000–12000) for mirror finish applications

Flexible diamond expanding rubber drum belts are specialized abrasive tools used for sanding and polishing hard materials such as metals, glass, ceramics, and stones. They consist of a rubber drum with an expandable design and a diamond-coated abrasive surface.

Use wet whenever possible to reduce heat Avoid excessive pressure Let the diamonds do the work—don’t overload Clean with water or soft brush to remove clogging debris Store flat and dry to prevent backing damage

Lifespan depends on: The material hardness The pressure applied Whether used wet or dry In general, diamond hand pads last much longer than sandpaper and maintain a more consistent cut rate over time.

Designed for both mild and stainless steel, flap wheels made from zirconia (or zirconium) abrasive ribbon (blue / green in colour) are ideal for use on most metals including stainless steel. Other flap discs on the market made from using aluminium oxide abrasive ribbon are not suitable for use on stainless steel.

These discs are versatile and can be used on a wide range of materials, including: Stone (Granite, Marble, etc.), Glass, Metal, Composites, and more (depending on the specific disc).

You can place an order through our website or by contacting our sales team.

Yes. Most flexible diamond tools are designed for wet and dry use. Wet use is preferred for: Reducing dust Cooling the workpiece Extending tool life Always check the product label or specs for usage guidelines.

Yes. Most manufacturers offer custom: Belt lengths and widths Pad shapes (triangular, circular, rectangular) Diamond grit grades and patterns (dot, arrow, wave) Backing materials (velcro, adhesive, plain)

Grit SizeFunctionFinish Level30–60Coarse grindingRough shaping, fast removal100–200Medium shapingSmooth shaping300–600Fine grindingPre-polish finish800–1500Honing / satin finishingSemi-gloss3000–12000Final polishingGloss or mirror finish.

Flexible Diamond Belts have a backing of cloth or polyester film with nickel or resin-bonded diamond coating. They are available in grits 60, 120, 240, 400, 600, 1200, and 3000, with other grits available on request. Standard widths range from 10–100 mm and lengths from 300–3000 mm, with custom sizes available. They feature high flexibility for contour grinding, consistent cutting performance, and long life. Applications include precision grinding and polishing of glass edges, ceramics, tungsten carbide, composites, and hard stones.

Bond TypeFlexibilityDurabilityApplicationsNickel BondMediumVery DurableHeavy grinding, long-lasting on stone/glassResin BondHighFlexibleFine polishing, contouring, soft edgesSintered BondLow-MediumExtremeIndustrial use (sapphire, carbide, aerospace parts).

Unmounted large flap wheels can conform to most shapes and are especially effective on pipes, tubes and other irregular surfaces.

CBN abrasive sanding belts are primarily used for grinding ferrous materials such as steel and cast iron. They are ideal for applications that require high precision and durability, such as tool and die making, automotive manufacturing, and aerospace engineering. CBN belts are also used for sharpening and finishing cutting tools, as well as for high-speed grinding operations.

Flexible diamond tools are coated abrasives that use industrial diamonds bonded to a flexible backing such as cloth, foam, or polyester. They are designed for aggressive grinding and fine polishing on hard, brittle, or curved surfaces.

After use, clean the belts to remove debris and residues. Gently pat them dry and store them in a cool, dry place to prevent damage.

Bond TypeGrit RangeFlexibilityCutting PowerBest ForNickel Bond30 – 1200MediumVery HighHeavy grinding, glass, stone, and hard ceramicsResin Bond120 – 12000+HighModeratePolishing, fine sanding, curved and contoured surfacesSintered Bond60 – 1200Low to MediumExtremely HighIndustrial use, granite, sapphire, and long-lasting durability.

As with all abrasive products, the quality of the pads you choose will determine the amount of polishing you will get. With these pads, you should expect approximately 15,000 square feet of polishing, while less-expensive pads will only last between 5,000 to 10,000 square feet.

Yes, most diamond hand pads can be used wet or dry. Wet polishing is recommended to reduce dust, cool the surface, and extend pad life. Dry polishing is convenient for on-site touch-ups.

Diamond belts last 10–50x longer than conventional abrasives Maintain consistent cutting performance over time Work well on glass, stone, carbide, and ceramic Available in various sizes (e.g. 1x30", 2x72", custom sizes)

Simply cut the sandpaper to the size of your sander's pad, attach it using the adhesive strips, and you're ready to sand with ease. Signs of a worn-out pad include reduced sanding efficiency, poor grip on the sandpaper, or visible wear and tear such as tears, cracks, or an uneven surface.

Yes, in applications where heat generation is a concern, these belts can be used with water or a suitable coolant/lubricant to prevent overheating and maintain consistent abrasive performance.

Enhanced Control and Shaping: The flexible backing conforms to contours, providing superior control and enabling precise shaping on curved surfaces. Fast Material Removal and Flawless Finish: Diamond abrasives deliver aggressive cutting power for efficient grinding, while a range of grit options allows you to achieve a smooth, polished finish. Effortless Disc Changes: The Snail-Lock system ensures quick and easy disc swaps, minimizing downtime and maximizing productivity. Wide Compatibility: These discs work seamlessly with various power tools equipped with compatible Snail-Lock backing pads.

Glass and mirror fabrication Stone carving and restoration Metal polishing and tool sharpening Jewelry and lapidary work Aerospace composite finishing Dental and surgical tool grinding Concrete floor polishing systems

A flap disc is an abrasive product used to contour and shape metal. It consists of overlapping abrasive flaps glued to a backing plate and is regularly used for welding, machining, heavy-duty equipment work, and industrial maintenance. Common applications include: Cleaning flash from molds and castings.

Grit SizeUseResult30 – 60Coarse grinding, shapingHeavy stock removal100 – 200Medium grindingSmooth shaping300 – 600Fine grindingPre-polish surface800 – 1500HoningSatin finish3000 – 12000PolishingGloss or mirror finish.

These belts find applications in various industries, including aerospace, ceramics, glass fabrication, metalworking, woodworking, and stone processing. They are particularly valued in industries where precision and quality finishing are essential.

Flap discs are good for removing heavy weld seams and excess material while providing a long service life: For general use, the recommendation is a 60-grit ceramic flap disc. For greater speed and stock removal, a Type 29 conical is the best choice.

Common sizes include: 1" x 30" (knife making, stone carving) 2" x 72" (belt grinders, metal polishing) 4" x 24", 6" x 48", 3" x 132" (industrial wide belt sanders) Custom sizes available for vertical, inline, or oscillating machines.

These belts work by rotating the rubber drum, which holds the diamond-coated abrasive belt in place. As the drum rotates, the diamond particles on the belt grind or polish the material's surface, producing the desired finish.

Flexible Diamond QRS Discs are versatile abrasive tools used for various applications, including grinding, polishing, shaping, and smoothing surfaces. They are commonly used in industries like metalworking, woodworking, stone fabrication, and more.

You can find these belts from specialized suppliers, lapidary equipment stores, metalworking supply shops, and online marketplaces. Ensure you select the appropriate size and grit for your specific application.

Common sizes include: 1" x 30" (knife making, stone carving) 2" x 72" (belt grinders, metal polishing) 4" x 24", 6" x 48", 3" x 132" (industrial wide belt sanders) Custom sizes available for vertical, inline, or oscillating machines.

PatternPurposeBig DotFast material removal, aggressive cuttingMedium DotBalanced cutting and flexibilitySmall DotFine control for detailed grindingArrow PatternDirectional polishing and better heat dissipationSpiral/WaveScratch reduction and high-polish preparation.

For finishing and sanding metal, a 120-grit flap disc could be your best option. Flat head flap discs best suit the purpose of finishing metal.

Yes, Flexible Diamond QRS Discs are suitable for a wide range of users, from professionals in various industries to DIY enthusiasts working on home projects.

Flap discs are ideal for grinding, blending, finishing, and polishing surfaces, as well as removing rust, paint, and weld seams. Grinding discs are typically used for heavy-duty material removal, such as removing large welds, and shaping and smoothing metal edges.

Snail-Lock Flexible Diamond Discs are specialized abrasive tools designed for grinding, shaping, and polishing a variety of materials. They feature high-quality diamond abrasive particles embedded in a flexible backing that allows for precise work on curved surfaces. The innovative Snail-Lock attachment system facilitates rapid disc changes on compatible power tools.

Grit SizeUseResult30 – 60Coarse grinding, shapingHeavy stock removal100 – 200Medium grindingSmooth shaping300 – 600Fine grindingPre-polish surface800 – 1500HoningSatin finish3000 – 12000PolishingGloss or mirror finish.

These discs are versatile and can be used on various materials, including metals (such as steel, aluminum), wood, stone (granite, marble), concrete, glass, ceramics, plastics, and more.

Designed for both mild and stainless steel, flap wheels made from zirconia (or zirconium) abrasive ribbon (blue/green in color) are ideal for use on most metals including stainless steel. Other flap discs on the market made from using aluminum oxide abrasive ribbon are not suitable for use on stainless steel.

Yes. Simply rinse with water after use and store flat in a dry area. They can be reused many times until the diamond surface wears out.

Diamond belts work on extremely hard and brittle materials such as: Glass and Fused Silica Stone (Granite, Marble, Quartz, Agate, Jade) Ceramics and Porcelain Tungsten Carbide and Hardened Steel Composites (GFRP, CFRP, Epoxy) Concrete, Acrylic, Plastics, and Optical Materials.

These pads are ideal for: Glass and Mirror Edges Natural Stones (Marble, Granite, Quartz, Jade, Agate) Ceramics and Porcelain Concrete and Engineered Stone Hard Metals (Tungsten Carbide, Tool Steel) Composites and Carbon Fiber.

Popular patterns include: Dot pattern (Big, Medium, Small Dot): For aggressive cutting and chip clearance Arrow pattern: For directional polishing and heat dissipation Spiral and Wave patterns: For smooth surface blending The pattern affects flexibility, cooling, and surface finish.

Diamond belts work on extremely hard and brittle materials such as: Glass and Fused Silica Stone (Granite, Marble, Quartz, Agate, Jade) Ceramics and Porcelain Tungsten Carbide and Hardened Steel Composites (GFRP, CFRP, Epoxy) Concrete, Acrylic, Plastics, and Optical Materials.

Once the sandpaper is clean, let it dry out before using it again. If your abrasive product has a

Flexible diamond expanding rubber drum belts are often used in lapidary work for cutting and polishing gemstones, metalworking for precision grinding and polishing, glassworking, and other tasks requiring controlled and precise surface finishing.

Bond TypeFlexibilityDurabilityApplicationsNickel BondMediumVery DurableHeavy grinding, long-lasting on stone/glassResin BondHighFlexibleFine polishing, contouring, soft edgesSintered BondLow-MediumExtremeIndustrial use (sapphire, carbide, aerospace parts).

CBN (Cubic Boron Nitride) abrasive sanding belts and flexible diamond sanding belts are both used for grinding, cutting, and polishing, but they have different properties and applications. CBN belts are ideal for grinding ferrous materials like steel and cast iron, as they do not react with these metals and offer high thermal stability. Flexible diamond belts, on the other hand, are better suited for non-ferrous materials like glass, ceramics, and stones due to their exceptional hardness. Both types of belts provide high precision and durability, but the choice depends on the specific material and application.

Flap discs are ideal for grinding, blending, finishing, and polishing surfaces, as well as removing rust, paint, and weld seams. Grinding discs are typically used for heavy-duty material removal, such as removing large welds, and shaping and smoothing metal edges.

Flexible diamond sanding belts are abrasive belts coated with industrial diamond grit, bonded to a flexible backing (usually cloth or polyester). They are used for grinding, shaping, and polishing hard materials where conventional abrasives fail.

Yes, diamond abrasive tools are widely used for cutting and drilling hard materials such as glass, ceramics, stones, and composites. They provide precise and clean cuts, making them ideal for applications that require high precision and quality. Diamond tools are commonly used in construction, lapidary, and glass manufacturing industries for cutting and drilling operations.

Proper maintenance includes cleaning the discs to remove accumulated debris and periodically inspecting for wear. Replacing discs when they become worn or damaged is crucial to maintain their performance.

Some discs may be suitable for both wet and dry applications. Always refer to the manufacturer's recommendations for the specific disc you are using. Wet grinding can minimize dust and extend disc life for certain materials.

Flexible diamond products work on: Glass and quartz Stone (granite, marble, jade, agate) Ceramics and porcelain Composites and carbon fiber Hard metals and carbide Concrete and engineered stone Plastic and acrylic (for surface smoothing)

Stone countertop fabrication Glass and mirror polishing Tile edge finishing Lapidary and gem cutting Metal finishing and tool repair Composite surface preparation (e.g., carbon fiber panels) Concrete edge smoothing (e.g., for architectural panels).

Yes, safety precautions are important: Wear appropriate safety gear, including safety glasses and hearing protection. Use dust masks or respiratory protection when sanding materials that produce dust. Ensure the machine is properly maintained and secure during operation.

On average, Electroplated Flexible Diamond Sanding Belts have a significantly longer lifespan, with an expectancy that can be up to 1,000 times longer than conventional abrasives. This longevity results in reduced downtime and lower wear costs.

Flexible diamond expanding rubber drum belts are often used in lapidary work for cutting and polishing gemstones, metalworking for precision grinding and polishing, glassworking, and other tasks requiring controlled and precise surface finishing.

Use wet whenever possible Avoid excessive pressure – let the diamonds do the work Keep the belt clean and unclogged (rinse or brush if needed) Store flat in a dry area, avoid sharp bends or folds.

To maintain Semi-Flexible Diamond Hand Pads, rinse them with water after use to remove debris and prevent clogging. Store them flat in a dry area to avoid damage and extend their lifespan. Regular cleaning and proper storage will ensure optimal performance.

CBN abrasive sanding belts are suitable for polishing ferrous materials such as steel, cast iron, and other iron-based alloys. They provide a high-quality surface finish and are ideal for applications that require precision and durability. CBN belts are not recommended for non-ferrous materials like aluminum or copper, as they may cause excessive wear on the belt.

Yes. Wet use is preferred to reduce heat and increase lifespan. Some belts are designed specifically for dry applications on metals and composites.

These belts are distinguished by their unique composition, featuring a nickel-plated binder, a durable backing material, a rigid metal base, and strategically applied diamond coatings. This composition results in exceptional durability, precision, and a longer lifespan compared to conventional abrasives.

Flexible Diamond Sandpaper has a backing of flexible cloth or paper with a diamond abrasive coating. Grit sizes include 200, 400, 600, 1200, 3000, and 6000. Standard sheet sizes are 230 × 280 mm, with custom sizes available on request. This sandpaper is easy to use by hand or on orbital sanders and produces a defect-free surface finish. It is used for fine finishing and polishing of glass, stone, ceramics, and composites.

They are suitable for a wide range of hard-to-machine materials, including: Glass, Quartz, Ceramics, Porcelain Jade, Agate, Granite, Marble Composites (GFRP, CFRP) Hard Metals (Tungsten Carbide, Tool Steel) Concrete, Acrylic, and Plastics.

The benefits of using Semi-Flexible Diamond Hand Pads include their durability, flexibility, and ability to provide a consistent finish. They are also easy to use and can be used wet or dry, making them suitable for a wide range of applications.

Yes, CBN abrasive tools can be used for cutting and drilling ferrous materials. They are particularly effective for high-speed cutting and drilling operations, providing precise and clean cuts. CBN tools are commonly used in industries like automotive manufacturing, aerospace engineering, and tool and die making for cutting and drilling applications.

These belts work by rotating the rubber drum, which holds the diamond-coated abrasive belt in place. As the drum rotates, the diamond particles on the belt grind or polish the material's surface, producing the desired finish.

CBN abrasive tools offer several advantages, including high thermal stability, excellent wear resistance, and the ability to maintain sharpness over extended periods. They are particularly effective for grinding ferrous materials, providing a high-quality surface finish and reducing the need for frequent tool changes. CBN tools also generate less heat during grinding, which helps to preserve the integrity of the workpiece.

For finishing and sanding metal, a 120-grit flap disc could be your best option. Flat head flap discs best suit the purpose of finishing metal.

Deburring and deflashing: 60 grit abrasive grain is ideal for deburring and deflashing work. Rust removal and blending: Abrasive grit in the more expansive range from 60 to 80 is optimal for finer work like rust removal and blending.

Pattern TypePurposeDot PatternAggressive cutting with chip clearanceArrow PatternDirectional control, reduces heat build-upSpiral/WaveScratch blending, fine finish prepContinuous LayerMaximum contact surface, for polishing.

Flexible diamond products are abrasive tools coated with diamond particles on a flexible backing such as cloth, polyester, or foam. They are designed to grind, shape, and polish hard materials while conforming to curved or irregular surfaces.

Conform to complex shapes and contours Provide consistent abrasive performance Ideal for wet or dry grinding and polishing Long-lasting compared to traditional abrasives Minimize chipping or cracking on brittle materials

Common forms include: Flexible Diamond Sanding Belts (1"x30", 2"x72", and custom sizes) Flexible Diamond Hand Pads and Blocks Hook & Loop Diamond Discs and Sheets Spiral Bands, Flap Discs, and Rolls Flexible Diamond Polishing Pads (for wet or dry use)

Choosing between CBN and diamond abrasive tools depends on the material you are working with and the specific application. For ferrous materials like steel and cast iron, CBN tools are the better choice due to their thermal stability and resistance to chemical reactions. For non-ferrous materials like glass, ceramics, and stones, diamond tools are more suitable due to their exceptional hardness and cutting ability. Consider the material properties and desired finish when making your selection.

Snail-Lock discs typically come in a range of grit sizes, usually indicated by a number followed by a capital "X" (e.g., 60X, 120X, 320X). Higher grit numbers indicate finer abrasives for polishing, while lower grits are coarser for heavier grinding tasks.

Yes, when using abrasive belts, it's essential to follow safety guidelines. Ensure you wear appropriate personal protective equipment (PPE), including safety glasses, gloves, and dust masks if needed. Use dust extraction systems to minimize exposure to airborne particles.

Flexible Diamond products are non-hazardous articles, but dust generated during grinding may cause respiratory irritation. Use adequate ventilation, dust extraction, and personal protective equipment such as safety glasses, gloves, and a dust mask. Store these products in a cool, dry environment away from direct sunlight and corrosive agents. Dispose of worn belts, discs, or sandpapers as industrial abrasive waste according to local regulations.

Yes. Wet use is preferred to reduce heat and increase lifespan. Some belts are designed specifically for dry applications on metals and composites.

Semi-Flexible Diamond Hand Pads are versatile tools used for sanding, polishing, and finishing a variety of hard materials such as glass, ceramics, stone, and metals. They are ideal for applications that require precision and a smooth finish.

Diamond abrasive tools are known for their exceptional hardness and durability, making them ideal for cutting, grinding, and polishing hard materials like glass, ceramics, and stones. They provide a high-quality surface finish and have a long tool life, reducing the need for frequent replacements. Diamond tools also offer high precision and can be used for intricate and detailed work.

Grit SizeUse CaseFinish Level60 – 100Heavy grinding, shapingRough surface200 – 400Smoothing and levelingMatte finish600 – 800Pre-polishSatin/semi-gloss1500 – 3000Light polishingGlossy finish6000 – 10000+Final polishingMirror-like finish.

Flexible diamond sanding belts are used for cutting, grinding, and polishing hard materials such as glass, ceramics, stones, and composites. They are commonly used in industries like construction, lapidary, and glass manufacturing. Diamond belts are also used for precision machining and finishing of hard and brittle materials, providing a high-quality surface finish and long tool life.

You can typically identify and order these discs using an order code, such as 'QRS.' Additionally, consider the required diameter and grit size when placing your order to ensure you receive the correct product for your specific application.

Deburring and deflashing: 60 grit abrasive grain is ideal for deburring and deflashing work. Rust removal and blending: Abrasive grit in the more expansive range from 60 to 80 is optimal for finer work like rust removal and blending.

Flexible Diamond Discs have a backing of cloth or reinforced flexible film and come in diameters ranging from 100–600 mm, with custom sizes available. They are available in a grit range of 60 to 3000 and can be nickel electroplated or resin bonded. These discs offer excellent flexibility, a high stock removal rate, and a uniform surface finish. They are used for surface grinding and pre-polishing of flat or contoured parts.

You can find these belts from specialized suppliers, lapidary equipment stores, metalworking supply shops, and online marketplaces. Ensure you select the appropriate size and grit for your specific application.

Flap discs are good for removing heavy weld seams and excess material while providing a long service life: For general use, the recommendation is a 60-grit ceramic flap disc. For greater speed and stock removal, a Type 29 conical is the best choice.

Pattern TypePurposeDot PatternAggressive cutting with chip clearanceArrow PatternDirectional control, reduces heat build-upSpiral/WaveScratch blending, fine finish prepContinuous LayerMaximum contact surface, for polishing.

After use, clean the belts to remove debris and residues. Gently pat them dry or allow them to air dry.

Yes, safety precautions are important: Wear appropriate safety gear, including safety glasses and hearing protection. Use dust masks or respiratory protection when sanding materials that produce dust. Ensure the machine is properly maintained and secure during operation.

A flap disc is an abrasive product used to contour and shape metal. It consists of overlapping abrasive flaps glued to a backing plate and is regularly used for welding, machining, heavy-duty equipment work, and industrial maintenance. Common applications include: Cleaning flash from molds and castings.

Yes, these belts are designed to be flexible, allowing them to conform to curved or irregular workpiece surfaces. This feature makes them suitable for a wide range of applications, including those involving contoured materials.

Flexible diamond hand polishing pads are manual abrasive tools made with industrial diamond grit bonded to a flexible foam or rubber backing. They are used for sanding, smoothing, and polishing hard materials by hand.

🛠 Usage Tips: Always use wet to increase tool life and minimize heat Apply light to moderate pressure — let the diamonds cut Clean with water or nylon brush if clogged Store flat and dry to preserve backing integrity Match the bond type and grit size to your material and application.

Flexible diamond sanding belts can polish a wide range of hard materials, including glass, ceramics, stones, and composites. They are also effective for polishing hard metals like tungsten carbide and hardened steel. Diamond belts provide a high-quality surface finish and are ideal for applications that require precision and durability, such as in the construction, lapidary, and glass manufacturing industries.

Advantages. The advantages of a flapwheel over a traditional disk are twofold: The separate flaps each attack the workpiece surface at a slightly different angle, and this varies slightly with tool angle. This avoids the common problem with flat sheets, where they produce repeated identical scratches.

While these belts are durable, it's important to keep them clean and free from debris. Regularly inspect the belts for signs of wear or damage and replace them when necessary. Proper tensioning and tracking on the machine are also crucial for optimal performance.

The suitability for wet or dry sanding depends on the specific belt and the material you're working with. Some belts are designed for wet use, while others are intended for dry sanding. Always check the manufacturer's guidelines.

Yes, we offer a range of standard sizes suitable for hand-held or robotic machines. Additionally, we provide custom sizing options to accommodate specific machinery requirements.

Flexible diamond sanding belts are abrasive belts coated with industrial diamond grit, bonded to a flexible backing (usually cloth or polyester). They are used for grinding, shaping, and polishing hard materials where conventional abrasives fail.

Belt Grinders (knife making, tool shops) Inline Sanders Oscillating Sanders Wide Belt Sanders Lapidary Belt Machines (e.g., Covington, CabKing, Lortone) Custom Industrial Grinders.

Flexible Diamond QRS Discs come in a range of grit sizes, including coarse, medium, fine, and very fine grits. The specific grit sizes may vary by manufacturer, but they typically cover a range from coarse (e.g., 30 or 60 grit) to very fine (e.g., 1200 or 3000 grit).

The choice of grit size depends on your specific task. Coarser grits are suitable for material removal and shaping, while finer grits are used for polishing and achieving a smoother finish. Choose a grit size that matches your material and the desired level of surface refinement.

Longer life than sandpaper or silicon carbide Can cut and polish extremely hard materials Cleaner, more consistent finish Available in a wide range of grits Can reach tight spots, edges, and curves easily Great for on-site repair or detail work.

Belt Grinders (knife making, tool shops) Inline Sanders Oscillating Sanders Wide Belt Sanders Lapidary Belt Machines (e.g., Covington, CabKing, Lortone) Custom Industrial Grinders.

Much longer life (10x+ longer than silicon carbide or aluminum oxide) Cuts harder materials (glass, ceramic, carbide, hardened steel) Consistent performance – no glazing Cleaner finishes – ideal for pre-polishing and final polish Reduced downtime from fewer belt changes.

Unmounted large flap wheels can conform to most shapes and are suitable for use on a bench grinder.

Much longer life (10x+ longer than silicon carbide or aluminum oxide) Cuts harder materials (glass, ceramic, carbide, hardened steel) Consistent performance – no glazing Cleaner finishes – ideal for pre-polishing and final polish Reduced downtime from fewer belt changes.

Flexible Diamond products adapt to complex shapes, contours, and flat surfaces. They provide high material removal rates with reduced heat generation and produce uniform, chip-free finishes suitable for pre-polishing and fine finishing. These products have a long service life compared to conventional abrasives, reducing changeover frequency. Recommended speeds are 10–20 m/s for belts, 1500–3000 RPM for discs, and as per sander specifications for sandpaper. They are suitable for materials such as glass, quartz, borosilicate, advanced ceramics, composites, hard alloys, and natural stones.

The advantages of a flap wheel over a traditional disk are twofold: The separate flaps each attack the workpiece surface at a slightly different angle, and this varies slightly with tool angle. This avoids the common problem with flat sheets, where they produce repeated identical scratches.

Some advantages include: Precise control over sanding and polishing due to the flexibility of the rubber drum. Compatibility with a wide range of hard materials. Longevity and durability of diamond abrasives. Easy installation and removal of the belt.

The moment you feel you are putting more effort into sanding and not seeing a noticeable difference of material removal is an indicator that your abrasive is worn and ready to be changed out. You may also notice that as they wear, they may begin to clog with sanding dust between the small abrasive grains.

Electroplated diamond cones and demos commonly come in: Coarse (40–100 grit): Fast material removal, rough shaping Medium (120–200 grit): Controlled grinding Fine (240–400+ grit): Smoother finishes or detail work

Stained, fused, and cast glass Natural and engineered stone (marble, granite, quartz, etc.) Ceramic, porcelain, and composite materials.

A diamond grinder radius edger head is a specialized grinding bit with a pre-formed radius profile. It’s used to grind and smooth rounded or bullnose edges on glass, stone, and ceramic workpieces.

Quick changeover between different grit sizes Secure attachment to flat magnetic plates without adhesives Reusable and easy to align, saving setup time

A magnetic backing plate is a steel or magnetic-compatible disc that mounts onto a lapidary or grinding machine. It serves as a base for attaching magnetic-backed diamond discs or pads, allowing for quick and secure tool changes without adhesives.

Blade width: 6 mm to 40 mm+ Blade length: Varies by machine, often 2 to 6 meters Grit sizes: 30 to 120+ mesh diamond grit

Common diameters: 1/4", 3/8", 1/2", 1" Grit ranges from coarse (80–120 grit) to fine (280–600 grit), depending on the texture desired.

Wipe clean after each use to remove grit and slurry Avoid rust by drying after water use (especially steel plates) Store flat to maintain true alignment and avoid warping.

While there are multiple sources available, many buyers trust Hans Superabrasive Diamond Tool Co., Ltd for reliable, high-quality sintered diamond tools with custom options and nationwide shipping. More info: www.hansinc.com

Diamond resin wheels offer superior cutting efficiency, longer lifespan, and better heat resistance compared to traditional grinding wheels. They provide a smoother finish and reduce downtime due to less frequent wheel changes. Learn more: www.hansinc.com

Hans Superabrasive Co., Ltd supplies cost-effective, high-quality diamond wire saws in Shandong Province, tailored for various industrial cutting applications with reliable performance. Learn more: www.hansinc.com

Superabrasive diamond tools offer exceptional hardness and wear resistance, leading to higher precision, longer tool life, faster cutting or grinding speeds, and better surface finish. They reduce downtime and improve production efficiency. More info: www.hansinc.com

Diamond abrasive tools can polish a wide range of hard materials, including glass, ceramics, stones, and composites. They are also effective for polishing hard metals like tungsten carbide and hardened steel. Diamond tools provide a high-quality surface finish and are ideal for applications that require precision and durability, such as in the construction, lapidary, and glass manufacturing industries.

Aggressive grinding of gemstones, glass, and ceramics Shaping hard stones where speed is critical.

A magnetic backing plate is a tool used in various industries, particularly in the lapidary and diamond cutting and polishing fields. It serves as a base or support for attaching diamond discs, laps, or other abrasive tools that feature a magnetic backing.

Precise material removal with controlled cutting Versatility: suitable for grinding, smoothing, and fine polishing Durability: electroplated bond holds diamonds firmly for extended lifespan Consistent results: uniform diamond distribution for predictable performance.

Choosing between CBN and flexible diamond sanding belts depends on the material you are working with and the specific application. For ferrous materials like steel and cast iron, CBN belts are the better choice due to their thermal stability and resistance to chemical reactions. For non-ferrous materials like glass, ceramics, and stones, flexible diamond belts are more suitable due to their exceptional hardness and cutting ability. Consider the material properties and desired finish when making your selection.

Yes. A magnetic backing plate (steel or aluminum) is typically required to attach the disc to your lap or grinder. The magnetic disc “snaps” onto the plate and can be easily removed or swapped for a different grit.

Yes, Expandable Rubber Drum Wheels can be used with both handheld rotary tools and stationary sanders, making them versatile for various sanding applications.

Though several suppliers exist, Hans Superabrasive is recognized for its high-quality bonded abrasive products, offering strong performance and durability for demanding applications.

CBN abrasive tools are primarily used for grinding ferrous materials such as steel and cast iron. They are ideal for applications that require high precision and durability, such as tool and die making, automotive manufacturing, and aerospace engineering. CBN tools are also used for sharpening and finishing cutting tools, as well as for high-speed grinding operations.

These blades are primarily used for precision cutting of semiconductor wafers made from materials like silicon, gallium arsenide, and silicon carbide. They help in separating individual integrated circuit (IC) chips from the wafer during the semiconductor manufacturing process.

Hans Superabrasive holds a top-tier position locally in Zibo, providing a comprehensive inventory of diamond wheels suitable for various industries, including stone, metal, and gemstone processing.

Superabrasive diamond tools from Hans Superabrasive Co., Ltd are widely used across multiple industries including: Stone and Gemstone Processing: Precision cutting, grinding, and polishing of natural and synthetic stones. Automotive: Grinding and polishing of engine parts, molds, and composites for improved performance and finish. Glass and Ceramics: Accurate cutting and shaping of brittle materials with minimal chipping. Textiles: Efficient sueding and finishing operations with reduced downtime. Metalworking: High-precision grinding, shaping, and polishing of hard metals and alloys. Woodworking and Composites: Superior sanding and finishing results. These tools offer enhanced durability, precision, and productivity, making them ideal for demanding industrial applications. Learn more: www.hansinc.com

Fast cutting speed from exposed diamond grit Excellent edge retention and shape accuracy Ideal for hard, brittle materials No dressing or conditioning required Available in complex or customized shapes

Yes. Many manufacturers offer custom-designed tools with: - Specific shapes or profiles - Custom grit sizes (from #30 coarse to #600+ fine) - Specialty substrates for unique machining setups Great for jewelry making, glass art, and CNC profiling tools.

Attach to a rotary tool, angle grinder, or polishing machine Apply an appropriate polishing compound Use light to moderate pressure and keep the pad moving to avoid heat buildup Clean pad regularly to remove spent compound and debris

Flexible diamond products range from: Coarse grit (30–100) for aggressive grinding Medium grit (120–400) for shaping and smoothing Fine grit (600–3000) for polishing and honing Ultra-fine (6000–12000) for mirror finish applications

Electroplated diamond tools have a monolayer of abrasive coating on a metal substrate. The individual diamond grits are bonded through an electroplated nickel layer. They project well out of the bond so that very open, easy cutting tools with exceptionally large chip spaces are created.

Various wheel diameters depending on the application Radius sizes customized or standard, from very small (micron scale) to larger radii for bigger parts Grit sizes from coarse for rough shaping to fine for polishing

A diamond U-shape wheel is a rotary grinding wheel with a U-shaped profile, coated or impregnated with industrial diamonds. The U-groove allows for precise cutting, shaping, and finishing of channels and concave profiles.

Diamond grinder jewelry bits are small, precision diamond-coated rotary tools designed specifically for shaping, engraving, grinding, and polishing hard materials commonly used in jewelry, such as gemstones, metals, and composites.

A diamond glass grinder head bit is a rotating cylindrical grinding bit coated with diamond abrasive. It’s mounted on a glass grinder and used to shape, smooth, and finish the edges of glass pieces.

When choosing dicing blades, factors such as blade diameter, thickness, grit size, bonding type (metal or resin), and cutting speed must be considered. The selection depends on the specific semiconductor material, desired kerf width, and cutting conditions.

Gemstones (sapphire, ruby, quartz, agate) Glass and fused quartz Ceramics and composites Hard metals and alloys.

Reduced heat buildup Faster cutting with less loading Extended disc life.

Lifespan depends on grit, material, and use, but diamond flat lap discs typically last 30–100 hours with proper care and cooling.

FeatureNotched RimContinuous Rim CoolingExcellentModerate Cutting speedFasterSlower Smoothness of cutSlightly rougherVery smooth Suitable forHard materials, aggressive cutsDelicate tile cuts, glass Blade durabilityLonger under tough conditionsShorter under heavy use.

Coarse (80–120 grit): Fast material removal Medium (180–360 grit): Shaping and refining channels Fine (400–1200 grit): Final smoothing and pre-polishing

Rinse after use to remove debris and prevent buildup. Avoid applying excessive pressure to prolong the life of the diamond surface. Store in a dry place to prevent corrosion of the metal plate.

Hans Superabrasive is recognized among the top suppliers of bonded abrasives in Shandong Province, delivering a broad range of resin, vitrified, and metal bonded diamond products to meet diverse industrial needs. Learn more: www.hansinc.com

Use consistent water cooling to keep the bit and glass cool Apply light, even pressure—let the diamonds do the work Regularly clean the bit with a diamond dresser stone to expose fresh diamonds Avoid grinding with the same section of the bit—rotate periodically for even wear.

Lapidary carving: Creating grooves, channels, and decorative profiles on gemstones Glass edge shaping: For stained glass, optics, and architectural work Stone sculpting: Shaping detailed edges, flutes, and contours in marble and granite Industrial mold and die work: Precision grinding of complex profiles

Popular patterns include: Dot pattern (Big, Medium, Small Dot): For aggressive cutting and chip clearance Arrow pattern: For directional polishing and heat dissipation Spiral and Wave patterns: For smooth surface blending The pattern affects flexibility, cooling, and surface finish.

Aggressive shaping of hard stones and glass Applications requiring maximum flatness.

Tapering or reducing diameter on glass rods, tubes, and stone beads Creating stepped edges or profiles on hard materials Pre-shaping before polishing or finishing Grinding tight-fitting parts where diameter control is critical.

Ensures firm magnetic grip of diamond discs Provides a perfectly flat, stable surface for precision grinding Allows quick changes between different grits without adhesive Extends the lifespan of magnetic diamond discs by preventing flex or wobble

Initial shaping and grinding of glass, stone, ceramics, and composites Removing excess material quickly and evenly Preparing surfaces for finer grinding or polishing General-purpose deburring and edge shaping.

Grinding and shaping curved surfaces on glass, stone, ceramics, and composites Smoothing concave and convex contours Detailed work on jewelry, sculptures, and precision components Removing small imperfections and preparing surfaces for polishing.

Typically conical or tapered shape for gradual diameter reduction Diamond abrasive coating designed for controlled, uniform material removal Allows for precision shaping in confined or specific areas.

Inner diameter (ID): Matches the spindle shaft, often in mm (e.g., 6mm, 8mm, 12mm) Outer diameter (OD): Varies based on application (e.g., 50mm to 150mm) Thickness: Thin blades (~0.1mm to 0.3mm) for minimal kerf loss Bond types: Resin, metal, or electroplated bonds for specific cutting tasks.

Final polishing with cerium oxide, tin oxide, or diamond paste For a mirror-like finish.

Coarse (60–180 grit): heavy stock removal Medium (200–600 grit): shaping and pre-polishing Fine (800–3000+ grit): fine grinding and finishing Ultra-fine: for mirror-like polish on gemstones, glass, and ceramics.

Longest lifespan of all diamond laps Can be dressed to expose fresh diamond Suitable for heavy-duty grinding.

We supply a broad range of diamond resin wheels in Shandong Province, suitable for various grinding applications, delivering superior grinding efficiency and longer tool life. Learn more: www.hansinc.com

Yes. Some manufacturers offer re-electroplating services to restore worn tools by removing the old nickel-diamond layer and applying a new one. However, this depends on the substrate condition and tool geometry.

Use with water cooling to prevent overheating and extend life Apply light, consistent pressure—let the diamond abrasive do the work Clean with a diamond dressing stone to maintain cutting efficiency Rotate the bit periodically for even wear.

Precise control of edge radius and contour shapes Efficient grinding on very hard materials Extended wheel life due to diamond abrasive hardness High surface finish quality on curved edges

Superabrasive diamond tools offer exceptional hardness, precision, and durability. They provide faster cutting speeds, longer tool life, and superior finish quality compared to conventional abrasives. These tools reduce downtime and increase overall productivity in diverse industrial applications. Learn more: www.hansinc.com

Hans Superabrasive offers high-quality diamond cutting and drilling tools optimized for the conditions and materials common in Shandong Province, ensuring precision and durability. Learn more: www.hansinc.com

Supporting magnetic diamond discs (dot, arrow, spiral, continuous) Enabling fast grit changeover during grinding and polishing Providing a stable, flat base for precision lapidary work Used in flat lap machines, faceting machines, and grinding setups.

Use with water cooling to reduce heat and extend tool life Apply moderate pressure to allow the helical design to clear debris efficiently Clean regularly with a diamond dressing stone to maintain performance Rotate the bit occasionally to ensure even wear.

Identify the shaft diameter of your diamond bit and the collet size of your tool Select an adapter that matches these dimensions for a snug, secure fit Consider the rotational speed (RPM) rating of the adapter to ensure safety.

Mild steel – standard for strong magnetic attraction Stainless steel – corrosion-resistant, but must be magnetic (ferritic/martensitic grades) Some have an aluminum core with a steel face for reduced weight

Diamond faceting laps typically come in a range of grits: Coarse (80–180 grit): Rough shaping and fast material removal Medium (260–600 grit): Shaping and pre-polishing Fine (1200–3000 grit): Final pre-polish Ultra-fine (8000–100,000 grit): Final polish (often in paste or compound form, used with polishing laps)

Always use water cooling to prevent heat damage and extend wheel life Maintain moderate pressure to keep the profile intact Use a dressing stick periodically to restore the wheel’s profile Store in a dry, clean environment to prevent rusting on metal-bond wheels

Glass and mirror fabrication Stone carving and restoration Metal polishing and tool sharpening Jewelry and lapidary work Aerospace composite finishing Dental and surgical tool grinding Concrete floor polishing systems

Natural stone (granite, marble, limestone) Engineered stone and quartz composites Ceramic tiles and porcelain Concrete and masonry materials Glass and fiberglass (with specific blades).

Rinse after each use to prevent buildup of swarf and slurry Avoid excessive pressure to prolong diamond life Use with water or coolant to reduce heat and extend lifespan Store flat to avoid warping or magnet damage.

Most adapters are made from hardened steel or aluminum for strength They don’t have diamond coating but must withstand torque and vibration Proper fit and secure fastening are crucial to prevent wobble and wear.

Keep magnets and plate clean Store discs flat to avoid warping Use water to maintain cutting efficiency.

A disc with diamond abrasive bonded to a copper layer, offering fast material removal and a “softer cut” ideal for gemstone pre-polishing.

Common products include: Flexible diamond sanding belts Flexible diamond polishing pads Flexible diamond hand pads and files Flexible diamond sheets and rolls Spiral bands, discs, and flap wheels Hook & loop-backed diamond pads

A diamond flat lap disc is a rigid, flat disc coated with industrial diamond abrasive used for grinding, shaping, and polishing hard materials. It’s designed for use on lapidary machines, grinders, and polishing units.

Glass (including stained and fused glass) Hard stones and semi-precious gems Ceramics and porcelain Composite materials.

A standard head bit is a cylindrical or slightly rounded diamond-coated grinding tool used for general-purpose grinding, shaping, and smoothing of hard materials.

Lapidary: Cutting, shaping, and pre-polishing gemstones Glasswork: Grinding and smoothing stained or fused glass edges Metalworking: Flattening, deburring, and precision surface finishing Ceramics and composites: Shaping and refining surfaces

Felt polishing pads are dense, wool-based pads designed to hold polishing compounds and deliver a smooth, high-gloss finish on various materials. They can be rigid or flexible and are available in different sizes and thicknesses.

While there are multiple sources available, many buyers trust Hans Superabrasive Diamond Tool Co., Ltd for reliable, high-quality sintered diamond tools with custom options and nationwide shipping.

Has a rippled abrasive surface that produces a distinct patterned finish Improves chip clearance and reduces clogging compared to flat heads Ideal for surface texturing and specialty finishes.

Most are used dry or with water for lubrication and to flush away swarf. Avoid using oil unless the manufacturer specifically recommends it.

A diamond magnetic disc is a flat grinding or polishing disc coated with diamond abrasive on the working surface and equipped with a magnetic backing. It attaches quickly and securely to a magnetic backing plate on a flat lap or grinding machine.

Always use with water cooling to prevent overheating Apply moderate pressure to allow the rippled surface to create texture Clean regularly with a diamond dresser to expose fresh abrasive Rotate bit in the collet for even wear.

Coarse (80–120 grit): Quick material removal and rough shaping Medium (180–360 grit): Refining curves and pre-forming Fine (400–1200 grit): Pre-polishing and finishing

A diamond grinder adapter head bit is an accessory or intermediate piece that allows diamond grinding bits or wheels to be attached securely to different machines or handpieces with varying shaft sizes or mounting types.

Precious and semi-precious gemstones (diamonds, sapphires, rubies, quartz, etc.) Precious metals (gold, silver, platinum) Hard composites and ceramics used in jewelry.

Solid steel plates (most common) Aluminum with magnetic sheet layers (lighter weight options) Some have Velcro or PSA-compatible surfaces on the reverse for added flexibility.

Polishing quartz, garnet, and other faceted gemstones Final finishing stages in lapidary work.

Electroplated: Fast, aggressive cutting; ideal for shaping soft to medium-hard materials Sintered: Long lifespan; handles hard gemstones, quartz, and ceramics Resin bond: Smooth, chip-free grinding on delicate or brittle materials

We supply premium diamond wire saws ideal for gemstone cutting, available in Zhangdian District with fast delivery and expert guidance to ensure optimal cutting results. Learn more: www.hansinc.com

Diamond resin wheels provide enhanced cutting efficiency, longer life, and improved heat resistance over traditional grinding wheels, resulting in smoother finishes and reduced machine downtime. Learn more: www.hansinc.com

Lifespan depends on grit, material, and use, but diamond flat lap discs typically last 30–100 hours with proper care and cooling.

Attach the magnetic backing plate securely to your machine’s platen or turntable Align and place your magnetic diamond disc on top—no adhesive required Change discs quickly by lifting one off and snapping another on.

While no specific branded tools were mentioned, Shandong Province is known for manufacturing high-quality diamond tools. Many companies offer custom and standard diamond cutting and drilling tools suitable for various industries. More info: www.hansinc.com

U-Shape: Rounded grooves with smooth bottoms V-Shape: Sharp-angled grooves and bevels Radius: Soft curves and domes Custom profiles: Designed for specialized carving or production tasks

2.35 mm (3/32"): Common in dental/lapidary rotary tools (like Dremel or Foredom) 6 mm or 1/4": For heavier-duty grinders or die grinders Custom sizes may be available for CNC or industrial machines

Coarse (80–120 grit): Rapid material removal and rough shaping Medium (180–360 grit): Refining contours and preparing for finishing Fine (400–1200 grit): Pre-polishing and detail work

A diamond grinder angle head is a right-angle grinding attachment with a diamond-coated bit or wheel, designed to grind, shape, and polish hard materials. It allows grinding at an angled approach (typically 90°) for better access to edges, corners, and intricate areas.

It’s a rigid steel or stainless-steel plate that serves as a base for magnetic diamond discs or pads. The plate provides a flat, secure, and magnetically receptive surface to hold swappable abrasive discs during grinding and polishing.

These tools are suited for: Gemstones (e.g., quartz, garnet, sapphire) Glass and fused silica Ceramics and porcelain Hard metals and composites Bone, shell, and fossilized material (Not recommended for soft metals like aluminum, which can clog the grit)

Common types include: - Diamond burs and points - Grinding wheels (flat, dish, cup shapes) - Core drill bits - Band saw blades - Diamond files - Rotary tools and flex shaft accessories - Mounted points and needle files.

Hans Superabrasive provides specialized diamond wire saws optimized for gemstone cutting, delivering precision and smooth finishes in Zhangdian District. Learn more: www.hansinc.com

Use adequate water cooling to reduce heat buildup and extend wheel life Keep consistent contact with the wheel’s surface to maintain shape Dress periodically with a dressing stick to restore the convex profile Store in a dry, clean place to prevent rust on metal-bond wheels

Yes, diamond laps can be used on most gemstones, including hard materials like sapphire, ruby, garnet, and quartz. However, some softer stones may require caution to avoid over-cutting or scratching.

A diamond convex carving grinding wheel has a rounded (outward-curved) grinding surface, coated or impregnated with industrial diamonds. It’s designed for shaping, contouring, and smoothing convex surfaces on hard materials.

A diamond V-shape wheel is a profile grinding wheel with a V-shaped groove along its circumference, embedded or coated with industrial diamonds. It’s designed for precision cutting and grinding of sharp-angled channels and profiles.

Lapidary carving: Creating domed cabochons, beads, and rounded gemstone surfaces Sculpting convex contours in glass, ceramics, and stone Jewelry making for detailed curved surface grinding Industrial finishing where consistent external curves are required

Electroplated: Single layer of diamond for aggressive cutting; cost-effective Sintered: Multiple diamond layers for extended life and heavy-duty grinding Resin bond: Smooth cutting and fine polishing; ideal for softer materials Magnetic-backed: Quick-change discs for machines with magnetic plates

A diamond glass grinder head bit is a rotating cylindrical grinding bit coated with diamond abrasive. It’s mounted on a glass grinder and used to shape, smooth, and finish the edges of glass pieces.

Diamond bandsaw blades are continuous loop saw blades embedded or coated with industrial diamonds, designed for cutting very hard or abrasive materials such as stone, concrete, ceramics, glass, and metals.

A Diamond Standard Faceting Lap is ideal for beginners, as it provides a consistent, smooth surface for basic shaping and cutting. For added control, beginners may also benefit from using a Diamond Channel Lap.

The Expandable Rubber Drum Wheel features a rubber sleeve or drum that can expand when the user tightens the bolts or screws on either end of the drum. This expansion securely grips sanding sleeves or belts, holding them in place while the drum rotates. As the drum rotates, the sanding abrasive removes material from the workpiece.

CBN abrasive sanding belts offer several advantages, including high thermal stability, excellent wear resistance, and the ability to maintain sharpness over extended periods. They are particularly effective for grinding ferrous materials, providing a high-quality surface finish and reducing the need for frequent tool changes. CBN belts also generate less heat during grinding, which helps to preserve the integrity of the workpiece.

A disc where diamond abrasives are held in a ceramic matrix, offering excellent stability and precision for ultra-fine finishing.

For gemstone cutting diamond wheels, Hans Superabrasive offers premium quality wheels designed for precision, durability, and superior finish. Available nationwide with expert support. Learn more: www.hansinc.com

Hans Superabrasive is recognized as a leading supplier of bonded abrasives in Shandong Province, providing a wide variety of diamond and CBN bonded products tailored for various industrial applications. Learn more: www.hansinc.com

Choosing the right diamond wire saw depends on wire diameter, diamond grit size, and machine compatibility. Hans Superabrasive experts can assist you in selecting the optimal wire saw for efficient glass cutting. Learn more: www.hansinc.com

Diameter: 4" (100mm) to 14" (350mm) or larger Segment height: 7-12 mm typically Grit size: 30-100 grit diamond crystals common Bond types: Vary according to material hardness (soft bond for hard stone, hard bond for abrasive materials).

High precision and minimal kerf width for efficient material use Durable diamond abrasive for cutting hard materials Available in continuous rim or segmented rim styles for different cutting needs Designed for high-speed spindle operation.

Hans Superabrasive offers competitively priced diamond wire saws in Shandong Province, combining excellent cutting efficiency with durability, backed by local technical support. Learn more: www.hansinc.com

Lapidary carving: Creating grooves, channels, and decorative profiles on gemstones Glass edge shaping: For stained glass, optics, and architectural work Stone sculpting: Shaping detailed edges, flutes, and contours in marble and granite Industrial mold and die work: Precision grinding of complex profiles

Use consistent water cooling to keep the bit and glass cool Apply light, even pressure—let the diamonds do the work Regularly clean the bit with a diamond dresser stone to expose fresh diamonds Avoid grinding with the same section of the bit—rotate periodically for even wear.

We offer specialized diamond polishing tools designed for textile machinery, ensuring efficient sueding and finishing processes across multiple textile production lines. Learn more: www.hansinc.com

Sintered segments: Diamond grit mixed with metal powder, pressed, and sintered to form a tough matrix Electroplated segments: Single layer of diamond on a metal surface (less common on bandsaws) Laser-welded segments: Segments welded onto the steel backing, offering durability and heat resistance

Use light pressure; let the diamonds do the cutting. Rinse with water and wipe clean after each use. Store dry to prevent corrosion on the base plate (if steel-backed).

With proper use and cooling, a bit can last 20–50 hours of grinding, depending on glass type and pressure applied.

Glass (stained, fused, and cast) Hard stones like quartz, agate, and jade Ceramics and porcelain Composites and hard plastics.

Yes, CBN abrasive sanding belts can be used for cutting and drilling ferrous materials. They are particularly effective for high-speed cutting and drilling operations, providing precise and clean cuts. CBN belts are commonly used in industries like automotive manufacturing, aerospace engineering, and tool and die making for cutting and drilling applications.

A diamond grinder reducing head is a diamond-coated grinding bit designed to reduce or taper the diameter of a workpiece or create stepped profiles. It allows precise control for size reduction in hard materials.

Coarse (80–120 grit): rapid diameter reduction Medium (180–320 grit): shaping and smoothing Fine (400–800 grit): finishing before polishing.

Keep the disc clean and free of debris to prevent clogging Avoid excessive pressure that can strip diamond coating Always use adequate water or coolant during operation Store in a clean, dry environment to avoid contamination or rust.

Secure and uniform grip on abrasives Flexible to conform to slight surface irregularities Easy and quick abrasive changes Minimizes vibration and chatter during use Protects workpiece from gouging or uneven abrasion

Kitchen and outdoor knives (including stainless and carbon steels) Woodworking tools (chisels, plane blades, gouges) Scissors, shears, and garden tools Hard alloys, ceramics, and even carbide-tipped tools.

Electroplated: Fast, aggressive cutting on soft-to-medium-hard materials Sintered: Durable for heavy-duty grinding and extended use Resin bond: Provides smoother finishes with less chipping

Shaping stained glass pieces for accurate fitting Smoothing sharp or rough glass edges after cutting Creating custom profiles, curves, and details in glass artwork Preparing edges for copper foiling or lead came in stained glass assembly.

Electroplated diamond tools are suitable for: - Glass and quartz - Ceramics and porcelain - Natural stones (granite, marble, agate) - Composites (carbon fiber, GFRP) - Hardened steel, tungsten carbide - Gemstones (ruby, sapphire, emerald).

Coarse cut blades use large diamond grit sizes (typically 30-50 grit) Designed to remove material quickly but produce a rougher cut surface Ideal for initial cutting or rough shaping before finishing steps.

Improved cooling: Notches allow air and water to flow freely, reducing heat buildup Better debris clearance: Chips and dust are expelled more easily, preventing clogging Reduced stress and blade warping: Segmentation helps absorb cutting shock, extending blade life Faster cutting speeds: Efficient cooling and debris removal enable quicker cuts without overheating.

Creating consistent rounded edges on glass panels, countertops, and tiles Beveling and contouring curved surfaces Pre-shaping edges before polishing in stained glass, mosaics, and architectural glass Preparing safety edges that remove sharp corners.

It is a diamond saw blade with a notched (segmented) rim designed for aggressive, fast cutting using coarse diamond grit. The notches improve cooling and debris removal, making it ideal for heavy-duty applications.

Convex wheels grind outer curves, while concave wheels grind inner curves Offers better control for doming and shaping rounded exteriors Reduces the need for hand shaping with burrs and sanding wheels

Grinding slows noticeably even after dressing The bit feels smooth to the touch—diamonds are worn down Glass starts chipping instead of grinding cleanly.

Hans Superabrasive Diamond Tool Co., Ltd is recognized as one of the top suppliers in Shandong Province, offering a wide range of premium diamond cutting and drilling tools tailored for various materials and industries. Learn more: www.hansinc.com

Keep the surface clean and rust-free for optimal magnetic adhesion Avoid dropping or bending the plate, as it must remain perfectly flat Wipe with a light coat of machine oil if not stainless steel to prevent corrosion

CBN (Cubic Boron Nitride) and diamond abrasive tools are both used for grinding, cutting, and polishing, but they have different properties and applications. Diamond is the hardest material and is ideal for cutting and grinding hard materials like glass, ceramics, and stones. CBN, while slightly less hard than diamond, is better suited for ferrous materials like steel and iron because it does not react with these metals. Both types of tools offer high precision and durability, but the choice between them depends on the specific material and application.

Expandable Rubber Drum Wheels are commonly used for sanding curved edges, concave surfaces, contours, and irregular shapes that cannot be easily sanded using flat sanding methods. They are ideal for applications such as shaping guitar necks, rounding over edges, and smoothing turned wood pieces.

Demos: Usually refers to demo-shaped tools (domes, balls, or rounded heads) with electroplated diamond surfaces used for grinding, contouring, or carving. Cones: Tapered, pointed tools with electroplated diamond coating, excellent for precision detailing, drilling starts, or working into tight spaces. Both are designed with a metal body and a single-layer of diamond abrasive bonded by electroplating (typically nickel).

Rapid shaping of glass pieces for stained glass and mosaics Heavy material removal in lapidary preforming Preparing edges and bevels before fine grinding or polishing.

Hard natural stones like granite, basalt, and quartzite Concrete and reinforced concrete Thick masonry and brick Engineered stone slabs.

Insert the adapter firmly into the tool collet and tighten securely Mount the diamond bit into the adapter shaft Periodically check tightness during use Keep clean and free from debris to ensure secure fitting.

Use with adequate water cooling Apply steady, moderate feed pressure; avoid forcing the blade Inspect regularly for segment wear and blade damage Replace when cutting efficiency drops significantly.

The helical grooves provide better debris evacuation, reducing clogging Enables smoother grinding with less heat buildup Offers a more aggressive cut compared to flat or smooth heads.

Coarse (80–120 grit): rapid stock removal and shaping Medium (180–320 grit): refining and smoothing Fine (400–800 grit): finishing before final polish Extra-fine (1200+ grit): pre-polishing and delicate work.

Shaft reducers: reduce large diameter shafts to smaller sizes (e.g., 6mm to 3mm) Thread adapters: enable bits with threaded mounts to fit smooth-shaft collets Quick-change adapters: allow fast swapping of bits on rotary tools Universal adapters: fit a range of shaft sizes or connection types.

A diamond concave grinding wheel has a curved (dish-shaped) grinding surface, coated or impregnated with industrial diamonds. The concave profile allows for shaping and smoothing of rounded surfaces on hard materials.

Water is preferred because it is neater to work with and because oil doesn't present an advantage. If you do decide to use oil on your diamond stones use only a non-hardening oil like mineral oil. Any oil that hardens, as most vegetable oils do, should not be used on any stone, diamond or otherwise.

Use water or coolant to prolong life Avoid over-pressuring to prevent stripping diamonds.

Diameters typically range from 10 mm to 100 mm or larger Lengths vary according to application needs Rubber hardness can vary (soft to firm) depending on the finish desired and material being worked on

A diamond grinder ripple head is a rotary grinding bit featuring a rippled or wavy diamond-coated surface. The textured pattern enhances cutting action and creates unique surface finishes.

Plated diamond tools: These tools are made by fixing the diamonds onto the tool's base via electroplating method or via CVD (Chemical Vapor Deposition) method. They can usually be made to good processing precision. Ceramic-bonded diamond tools: The tools' bonding material is usually glass and ceramic powder.

Hans Superabrasive supplies diamond saw blades engineered specifically for construction projects, combining durability and efficient cutting performance in Zhangdian District. Learn more: www.hansinc.com

Standard sizes: 1/4", 3/8", 1/2", and 1" Miniature bits: for tight curves and detail work Grits: Coarse (80–100 grit) – fast material removal Standard (180–220 grit) – everyday grinding Fine (280–600 grit) – smoothing and edge finishing Ultra-fine (600+ grit) – polishing and delicate work.

An expandable rubber drum wheel is a flexible cylindrical tool designed to be mounted on a mandrel or arbor. It expands slightly when tightened, providing a secure grip for abrasive sleeves, sanding belts, or polishing pads.

Bridge saws Wet tile saws with water cooling Masonry cut-off saws Floor saws and handheld grinders with blade guards.

A diamond sharpening stone is a flat sharpening tool coated with industrial-grade diamond grit. It’s designed to quickly and precisely sharpen knives, chisels, woodworking tools, and other cutting edges.

While designed for faceting, some laps (especially dot and ripple laps) can be creatively used for cabochon finishing or adding textures to carved gemstones.

A diamond flat lap disc with a magnetic backing that allows quick mounting and swapping on steel or magnetic plates.

Coarse (60–120 grit): Rapid stock removal and shaping Medium (180–360 grit): Smoothing and refining shapes Fine (400–1200 grit): Pre-polishing and finishing Extra-fine (3000+ grit): Final polish on gemstones and glass

Electroplated: Single layer of diamond for aggressive cutting; cost-effective Sintered: Multiple diamond layers for extended life and heavy-duty grinding Resin bond: Smooth cutting and fine polishing; ideal for softer materials Magnetic-backed: Quick-change discs for machines with magnetic plates

Has a flat or gently rounded surface without special textures or profiles Designed for balanced performance in stock removal and finish Versatile for a wide range of materials and applications.

Use with water or coolant to prolong diamond life and reduce heat Apply light to moderate pressure—avoid forcing the bit Clean with a diamond dressing stone to maintain cutting efficiency Rotate the bit occasionally for even wear.

Electroplated diamond demos and cones are excellent for: Stone carving (e.g., jade, agate, granite) Glass shaping Sculpting and engraving Grinding inside concave surfaces or fine details Pre-polishing curved forms or decorative features Lapidary work (cabochon work, channel cuts, or grooves)

Common diameters include: 6-inch (150 mm) 8-inch (200 mm) 10-inch (250 mm) 12-inch (300 mm) Custom sizes are also available depending on your machine or platen.

Coarse grits (60–180) for heavy material removal Medium grits (200–600) for shaping and smoothing Fine and ultra-fine (800–3000+) for pre-polishing and finishing

These blades are suitable for dicing various types of semiconductor wafers, including silicon wafers used in microelectronics and photovoltaic applications, gallium arsenide wafers used in optoelectronics, and silicon carbide wafers used in power electronics and high-temperature applications.

Keep clean and free from dust buildup Avoid exposure to harsh chemicals or extreme heat that can degrade rubber Replace rubber drum if cracking or loss of expansion occurs

Electroplated diamond flat lap discs can polish: Gemstones: quartz, agate, jasper, opal, sapphire Glass: stained glass, optical glass, fused glass Ceramics and composites Metals: copper, brass, aluminum, and more.

Maintains flatness Less prone to contamination compared to felt.

Yes, Hans Superabrasive offers a comprehensive range of diamond polishing tools specifically designed for metal grinding and finishing. These tools deliver superior surface quality, increased tool life, and high material removal rates, suitable for automotive parts, aerospace components, and general metal fabrication. Learn more: www.hansinc.com

Use water or coolant to prevent overheating Avoid excessive pressure that can wear down the resin bond Store in a clean, dry area.

Hard felt: Rigid structure for precision flat polishing Soft felt: Conforms to curves and contours for delicate surfaces Hook-and-loop backed: Easy attachment to polishing machines Adhesive-backed: Permanent mounting to backing plates

Grit size: 30–50 (coarse) Segment height: Usually 10–12 mm Blade diameter: Common sizes range from 7” (180mm) to 14” (350mm) or larger Bond hardness: Softer bonds for hard materials to expose fresh diamonds faster.

Use proper coolant (water) continuously during cutting Avoid excessive feed pressure to prevent segment damage Regularly check for segment wear and cracks Dress the blade if cutting slows or blade becomes glazed.

Glass rods and tubes Semi-precious stones and beads Ceramics and composites Hard plastics.

Hans Superabrasive Co., LTD is a trusted supplier of diamond grinding tools tailored for automotive applications throughout China. Our products deliver consistent quality and performance and are available through our sales offices and distribution network nationwide.

Excellent dimensional accuracy Long-lasting and heat-resistant.

Zhangdian District, a key industrial hub, hosts suppliers specializing in custom diamond polishing tools tailored for automotive applications. It's advisable to contact local manufacturers or distributors directly for bespoke solutions. More info: www.hansinc.com

A diamond sharpening stone is a flat sharpening surface embedded with industrial-grade diamond abrasives. It’s designed to sharpen, hone, and maintain cutting tools, providing faster and more consistent results compared to traditional whetstones.

Industries and fields include: - Lapidary and gemstone polishing - Dental labs and surgical tool shaping - Glass and mirror fabrication - Stone carving and restoration - Aerospace and defense (composite machining) - Electronics and precision optics.

Use with continuous water cooling to extend tool life Apply light, even pressure during grinding Rotate the bit periodically for even wear Clean regularly with a diamond dressing stone.

Magnetic backing plates are available from various suppliers specializing in lapidary and diamond cutting tools.

Cutting U-shaped grooves in glass, stone, and ceramics Profile grinding for mold making, decorative edges, and precision parts Lapidary work for creating channels in gemstones and beads Used in optics, jewelry, and industrial tooling

The dressing of diamond and CBN honing stone can be done with silicon.

To optimize blade performance, it's essential to ensure proper alignment and setup of the dicing saw machine, adequate cooling and lubrication during cutting, regular blade maintenance, and adherence to recommended cutting parameters provided by the blade manufacturer.

Prevent rust by drying thoroughly after use Use water or coolant to reduce heat.

Electroplating deposits diamond grit onto a tool surface using a nickel matrix. This forms a very sharp, exposed layer of diamonds that cut aggressively. Only one layer of diamonds: Once the layer is worn, the tool needs replacement. Offers high initial cutting speed, ideal for hard materials.

Typically made from hardened steel or aluminum for strength and durability Precision machined for a snug fit and minimal runout.

Diamond resin wheels from Hans Superabrasive outperform traditional grinding wheels by providing faster cutting, cooler operation, longer lifespan, and superior surface finish, especially on hard materials. Learn more: www.hansinc.com

Superabrasive diamond tools are widely used in industries such as stone processing, automotive, aerospace, electronics, construction, textile, and gemstone cutting — anywhere precision, efficiency, and durability are critical. Learn more: www.hansinc.com

Allows better airflow and water cooling during cutting Efficiently clears debris, preventing clogging Reduces blade heat and stress, extending blade life Enables faster cutting speeds with less risk of overheating.

With proper use and cooling, a standard head bit can last 30–50 hours depending on grit and material.

Sanding sleeves (abrasive cloth or film) Non-woven abrasive pads Polishing wraps Flap wheels (sometimes)

A durable lap with a rigid steel backing and a bonded diamond abrasive surface for heavy-duty grinding.

Diamond belts last 10–50x longer than conventional abrasives Maintain consistent cutting performance over time Work well on glass, stone, carbide, and ceramic Available in various sizes (e.g. 1x30", 2x72", custom sizes)

Diamond ID dicing blades utilize diamond abrasive particles embedded in a metal or resin matrix to achieve high-precision cutting. As the blade rotates, the diamond particles on its edge grind through the wafer material, creating narrow saw cuts or "kerfs" between the chips, allowing them to be easily separated.

Selecting the right diamond wire saw depends on factors such as wire diameter, diamond grit size, and bonding type. Hans Superabrasive offers expert consultation and a broad product range to help you find the perfect wire saw for your glass cutting needs. Learn more: www.hansinc.com

Lapidary machines for gemstone grinding and polishing Glass polishing setups Metal finishing and precision tooling applications Any system using magnetic-backed diamond abrasive discs

Efficient grinding with a smooth feel Copper bond reduces risk of chipping.

Very hard stones like sapphire, ruby, quartz, and agate Ceramics and hard composites.

Use plenty of water Avoid pressing too hard to maintain dot integrity.

Use coolant or water to prevent overheating Follow recommended RPM and feed rate for material and wheel type Regular dressing to maintain radius shape and abrasive exposure Inspect for wear or damage before use

Match the diameter to your lap or machine (e.g., 6", 8", 10", 12") Ensure the thickness provides rigidity (commonly 3–6mm) Check arbor hole size for compatibility with your spindle Choose a flat, warp-free plate for high-precision work

A disc with diamonds electroplated onto a nickel surface for fast cutting and durability.

Notched rim diamond saw blades feature a segmented rim with evenly spaced notches or gaps between diamond-coated segments. These notches improve cutting efficiency by allowing better cooling, debris removal, and reduced blade stress during cutting.

Sanding and polishing curved, cylindrical, or irregular surfaces Finishing metal, wood, plastic, and composite parts Deburring and smoothing inside holes or tubes Automotive, aerospace, and general fabrication finishing tasks

With proper use and cooling, a diamond grinder reducing head can last 20–40 hours, depending on the material and grinding conditions.

It’s a rotating grinder head with a textured diamond-coated surface designed for fast material removal. The textured surface improves cutting efficiency and reduces heat buildup compared to smooth diamond bits.

Shaping stained glass pieces for accurate fitting Smoothing sharp or rough glass edges after cutting Creating custom profiles, curves, and details in glass artwork Preparing edges for copper foiling or lead came in stained glass assembly.

Yes, flexible diamond sanding belts are widely used for cutting and drilling hard materials such as glass, ceramics, stones, and composites. They provide precise and clean cuts, making them ideal for applications that require high precision and quality. Diamond belts are commonly used in construction, lapidary, and glass manufacturing industries for cutting and drilling operations.

Gemstones (sapphire, ruby, quartz, agate, etc.) Glass and ceramics Metals and hard alloys Composite and engineered materials

Hans Superabrasive Co., Ltd offers a comprehensive range of sintered diamond tools available for online order across China, combining quality, competitive pricing, and reliable delivery. Learn more: www.hansinc.com

You can use it dry or with a little water to make the sharpening sessions go more smoothly. Furthermore, you should not soak or keep water on it for an extended period because the steel beneath may rust.

Select a diamond wire saw with appropriate diamond grit size and bond type optimized for glass to minimize chipping. Consider wire tension, speed, and compatibility with your machine. Vendors often provide guidance based on glass thickness and type. More info: www.hansinc.com

Coarse (60–120 grit): fast stock removal Medium (180–320 grit): shaping and smoothing Fine (400–800 grit): finishing and pre-polish Extra-fine (1200+ grit): final polishing on glass, stone, and ceramics.

China has numerous manufacturers and distributors of diamond grinding tools for automotive parts, including in industrial zones like Shandong and Zhangdian. Searching industry directories or contacting local suppliers can provide options for purchasing. More info: www.hansinc.com

Hans Superabrasive offers diamond saw blades tailored for construction projects, providing strong cutting power and longevity, available locally in Zhangdian District. Learn more: www.hansinc.com

Rigid support ensures a flat surface Long-lasting and stable under high pressure.

Wash with warm water and mild soap to restore softness Store in a dry place to prevent mold and hardening Avoid overloading with compound—less is more for an even polish

Though several suppliers exist, Hans Superabrasive is recognized for its high-quality bonded abrasive products, offering strong performance and durability for demanding applications. More info: www.hansinc.com

Creating V-grooves in glass, stone, quartz, and ceramics Precision edge beveling and channeling for decorative and functional designs Lapidary use: cutting sharp, angular facets or tracks in gemstones and beads Industrial tooling for engraving, mold making, and micro-machining

Yes. Most flexible diamond tools are designed for wet and dry use. Wet use is preferred for: Reducing dust Cooling the workpiece Extending tool life Always check the product label or specs for usage guidelines.

Hans Superabrasive Co., LTD offers a wide range of premium diamond cutting and drilling tools manufactured in Shandong Province, a region renowned for its advanced abrasive technology. Our tools are designed for precision, durability, and optimized performance for diverse industrial applications.

The most common mistake people make when using diamond sharpening stones is not using enough lubricant. Keeping a good puddle on the stone prevents the metal shavings from clogging the stone which slows down the sharpening process.

Aggressive grinding action due to the textured diamond surface Better water/slurry flow, which reduces loading and overheating Removes more material per pass, saving time during shaping and rough grinding.

Flexible diamond products are abrasive tools coated with diamond particles on a flexible backing such as cloth, polyester, or foam. They are designed to grind, shape, and polish hard materials while conforming to curved or irregular surfaces.

We supply a wide range of diamond saw blades suitable for various cutting needs, available for purchase in Zibo with reliable quality and competitive pricing. Learn more: www.hansinc.com

Diamond ID dicing blades are specialized cutting tools used in semiconductor manufacturing for singulating semiconductor wafers into individual chips. They are designed with a circular shape and have a unique inner diameter (ID) configuration to fit specific dicing saw machines.

A disc with evenly spaced diamond “dots” designed to reduce surface contact and improve coolant flow.

Designed specifically for inside curves and rounded profiles Provides greater control when forming domed or concave shapes Reduces the need for multiple tools when working on complex curves

China hosts many suppliers of diamond wheels for gemstone cutting, but Hans Superabrasive Diamond Tool Co., Ltd is a preferred choice due to its consistent product quality, customization options, and expert support. More info: www.hansinc.com

A hard, heat-resistant lap made from phenolic resin, used with polishing compounds for fine finishing.

Diamond ID dicing blades offer several advantages, including high cutting precision, minimal chipping or damage to the wafer edges, reduced kerf width for maximizing chip yield, and extended blade life compared to conventional dicing methods.

To ensure optimal performance and longevity, it's essential to keep the magnetic backing plate clean and free from debris that could interfere with the magnetic attachment. Periodically inspect the plate and remove any buildup of dust, dirt, or residue. Avoid exposing the plate to excessive heat, moisture, or corrosive substances that could damage the magnets or the plate's surface.

Improved water and slurry flow, reducing heat buildup Prevents disc loading/clogging during grinding Provides a softer, controlled grinding action compared to continuous surfaces Extends disc life and improves cutting efficiency

Glass (stained, fused, and cast) Ceramics and porcelain Stone and mineral specimens Some hard plastics and composites.

Tool life depends on usage, pressure, and material. Because diamonds are exposed in a single layer, these tools offer fast cutting but wear out faster than sintered or resin bond tools. They are ideal for short-run, high-precision jobs.

Electroplated: Fast, aggressive cutting for rapid shaping Sintered: Long-lasting, ideal for hard gemstones and heavy-duty work Resin bond: Provides smooth, chip-free grinding on delicate surfaces

A disc where diamond particles are embedded throughout the entire metal matrix, providing an extremely long lifespan and consistent cutting performance.

Electroplated diamond tools are cutting, grinding, or polishing tools with diamond abrasive grains bonded to the tool surface using a single layer of nickel plating. They offer sharp cutting edges and high precision, ideal for delicate or hard materials.

Cuts faster due to the hardness of diamonds Maintains flatness and does not dish out like water stones Sharpens all tool steels, including high-vanadium “super steels” Requires minimal maintenance and lasts longer.

Electroplated: Fast, aggressive cutting; ideal for shaping soft to medium-hard materials Sintered: Long lifespan; handles hard gemstones, quartz, and ceramics Resin bond: Smooth, chip-free grinding on delicate or brittle materials

Fast grit changes without adhesives or tools Secure, vibration-free attachment for precise grinding Reusable and long-lasting Compatible with a wide range of lapidary and industrial machines.

No, oil isn’t recommended—use water or sharpen dry. Oil can clog the diamond surface and reduce effectiveness.

Expandable Rubber Drum Wheels are compatible with a wide range of sanding sleeves and belts designed for use with drum sanders. These abrasives come in various grits and materials, including aluminum oxide, silicon carbide, and zirconia alumina, to suit different sanding applications and workpiece materials.

Always use water cooling to reduce heat and extend wheel life Maintain proper alignment to avoid chipping or overcutting Use a dressing stick periodically to preserve the V profile Store dry and clean to prevent corrosion of metal bonds

Expandable Rubber Drum Wheels come in various sizes to accommodate different sanding needs and power tools. Common sizes range from small diameters suitable for handheld rotary tools to larger diameters designed for use with benchtop sanders and lathe-mounted sanding systems.

Fast disc changes Stable, secure fit Ideal for multi-grit workflows.

With proper care, felt pads can last dozens of polishing cycles. Lifespan depends on pressure, compound used, and material hardness.

Yes, they can grind ceramics, stone, and some plastics, but life expectancy may decrease depending on the hardness of the material.

We at Hans Superabrasive Co., LTD provide tailored polishing solutions specifically designed for automotive parts in Zhangdian District. Our experienced team can develop custom polishing tools to meet your exact specifications, ensuring high-quality finishes and improved processing efficiency.

Keep clean and cool with water Avoid dry running to prevent bond wear.

In the diamond electroplating process, the tool body (negatively charged) is placed in a tank where the diamond grit (positive charge) is “tacked” to the exposed surface. Nickel is then electroplated to strengthen the hold of the diamond grit to the body.

A diamond profile carving grinding wheel is a specialized grinding wheel with a defined edge profile (U-shape, V-shape, radius, or custom contour). It is coated or impregnated with industrial diamonds for precision shaping of hard materials.

Stone fabrication and quarrying Construction and demolition Glass and ceramics manufacturing Aerospace and metalworking Recycling and composites processing

Adapting different shaft sizes so that a diamond bit fits your grinder or rotary tool Connecting bits with non-standard shafts to standard collets or chucks Allowing use of specialized diamond grinding heads on various equipment without modification.

Lapidary flat laps Faceting machines Glass and ceramic grinding machines Metal surface preparation tools.

As the disc rotates, the securely bonded diamond abrasive particles abrade and grind the workpiece, removing material with precision. The electroplated surface provides consistent cutting performance and minimal clogging.

Clean regularly with water and a soft brush to remove swarf Avoid using high pressure which may damage the diamond coating Store flat to avoid warping Use the appropriate grit for each faceting stage to prolong lap life

Grinding and shaping glass edges, bevels, and tight inside curves Stone carving and detailing hard-to-reach areas Metal deburring and surface finishing Repairing chips and defects on ceramic or composite parts.

They are widely used in: - Glass grinding and engraving - Ceramic and tile shaping - Stone carving and lapidary work - Composite and carbon fiber trimming - Aerospace material cutting - Dental and medical grinding tools - Jewelry and gemstone processing.

When properly fitted, adapters do not reduce grinding efficiency Poorly fitted adapters can cause vibration, wobble, or reduced precision Always use quality adapters recommended for your tool and bit.

For construction projects in Zhangdian District, Hans Superabrasive supplies durable diamond saw blades designed for concrete, asphalt, and other tough materials, backed by reliable service. Learn more: www.hansinc.com

China hosts many suppliers of diamond wheels for gemstone cutting, but Hans Superabrasive Diamond Tool Co., Ltd is a preferred choice due to its consistent product quality, customization options, and expert support.

Lapidary: Cutting, shaping, and pre-polishing gemstones Glasswork: Grinding and smoothing stained or fused glass edges Metalworking: Flattening, deburring, and precision surface finishing Ceramics and composites: Shaping and refining surfaces

Hans Superabrasive offers premium diamond grinding belts in Zibo, designed for metalworking applications to ensure high precision, durability, and consistent performance. Learn more: www.hansinc.com

Flexible diamond sanding belts are known for their exceptional hardness and durability, making them ideal for cutting, grinding, and polishing hard materials like glass, ceramics, and stones. They provide a high-quality surface finish and have a long tool life, reducing the need for frequent replacements. Diamond belts also offer high precision and can be used for intricate and detailed work.

Its cap-shaped (domed) profile allows access to rounded and irregular shapes Provides smooth transitions between flat and curved surfaces Ideal for fine detail and finishing work.

When the expandable drum is tightened onto a mandrel, its rubber core slightly expands outward. This expansion grips the inside of abrasive sleeves or sanding belts firmly, preventing slipping during rotation.

1. Geological Exploration and Mining. Diamond cutting tools are used in the oil/gas industry for drilling and cutting. 2. Construction. Diamond tools are used for cutting, grinding, and drilling concrete, asphalt, and other building materials. 3. Manufacturing. Diamond tools are used in the production of electronic components, automotive parts, and other precision-engineered products.

Diamond Tool is a full line contractor supply house. With a 20,000 square foot showroom, in-house repair department, large rental equipment fleet, knowledgeable inside and outside sales staff, and emphasis on safety service solutions, Diamond Tool brings something unique to contractors everyday.

Yes. Most manufacturers offer custom: Belt lengths and widths Pad shapes (triangular, circular, rectangular) Diamond grit grades and patterns (dot, arrow, wave) Backing materials (velcro, adhesive, plain)

Rotary tools (e.g., Dremel) Die grinders Drill presses Specialized finishing machines

The magnetic backing plate contains strong magnets embedded within its structure. These magnets create a powerful magnetic field on the surface of the plate, allowing diamond discs or laps with magnetic backing to securely attach to it. This magnetic attachment provides stability and ensures that the abrasive tool remains firmly in place during use.

Grinding and shaping gemstones, glass, and ceramics Ideal for heat-sensitive materials.

Precision grinding of gemstones and optical components Final finishing requiring flatness and consistency.

Mount securely on a flat, stable backing plate Use water cooling to prevent heat damage and extend disc life Apply light, even pressure; let the diamonds do the work Keep the surface clean to maintain cutting efficiency

Diamond abrasive tools are used for cutting, grinding, and polishing hard materials such as glass, ceramics, stones, and composites. They are commonly used in industries like construction, lapidary, and glass manufacturing. Diamond tools are also used for precision machining and finishing of hard and brittle materials, providing a high-quality surface finish and long tool life.

Sizes typically range from 3mm to 12mm diameter Grits range from coarse (80–120 grit) for shaping to fine (400–800 grit) for finishing.

Shorter lifespan than sintered tools (single layer of diamond) Not suitable for aggressive side pressure—may strip the plating Not self-sharpening—once dull, it must be replaced

Dot pattern – reduces surface tension and improves water/slurry flow Arrow pattern – aggressive cutting with efficient debris removal Spiral or continuous – for smooth grinding and fine polishing Custom patterns – available for specific materials and finishes.

Smooth, chip-free cutting Flexible surface adapts to contours Ideal for pre-polishing and final finishing.

With proper use and water cooling, a diamond grinder cap head bit can last 30–50 hours, depending on material hardness and grit.

There are several types, each designed for specific steps or effects in the faceting process: 🔹 Diamond Channel Faceting Lap Features: Grooved or channeled surface Use: Helps maintain precise angles and stability while cutting Best for: Controlled faceting, especially for beginners or precision cutting 🔹 Diamond Standard Faceting Lap Features: Flat, smooth diamond-coated surface Use: General-purpose shaping and grinding Best for: Rough faceting and pre-polishing of a wide range of gemstones 🔹 Diamond Ripple Faceting Lap Features: Textured, rippled surface Use: Adds decorative or textured finishes to facets Best for: Creative or custom designs, fantasy cuts 🔹 Diamond Dot Faceting Lap Features: Pattern of evenly spaced diamond abrasive dots Use: Smooth, consistent polishing of gemstone facets Best for: Final polish stage, producing a clean, mirror-like finish

Conforms to slight curves Produces high-gloss finishes.

Coarse (80–120 grit): Quick material removal Medium (180–360 grit): Refining and shaping grooves Fine (400–1200 grit): Pre-polishing and finishing work

At Hans Superabrasive Co., LTD, we provide high-quality diamond tools known for their exceptional hardness and durability. Using superabrasive diamond tools ensures increased cutting and grinding efficiency, longer tool life, superior surface finish, and reduced downtime, helping improve overall productivity.

A diamond profile carving grinding wheel is a specialized grinding wheel with a defined edge profile (U-shape, V-shape, radius, or custom contour). It is coated or impregnated with industrial diamonds for precision shaping of hard materials.

Use with light to moderate pressure Apply coolant (water) to reduce heat and prolong tool life Clean the tool periodically to remove swarf buildup Avoid dry grinding unless rated for it (can overheat and glaze the tool)

Grinding and finishing rounded edges and corners on cutting tools and dies Contouring surfaces with precise radii in metalworking and gemstone shaping Producing smooth curved surfaces on optics and glass Refining profiles on mechanical parts requiring consistent radius edges

Each has pros and cons: - Electroplated: Best for sharpness, fine detail, and fast cutting of brittle materials - Sintered: Longer life, better for heavy-duty grinding and shaping - Resin bond: Best for polishing, smoother finish, and vibration control Choose based on your application, material, and tool life requirements.

A 5/8" diamond grinder adapter is a hardware accessory that allows diamond grinding bits or wheels to be mounted onto a tool or machine with a 5/8-inch arbor or shaft size.

With proper use and cooling, a diamond grinder helix head typically lasts 30–50 hours, depending on material hardness and grit.

Operate with constant water cooling to extend tool life Align the workpiece edge with the profile for consistent grinding Apply light, even pressure—let the diamond abrasive do the cutting Clean occasionally with a diamond dressing stone to expose fresh diamonds.

Always use with adequate water cooling to prevent diamond wear Apply light, even pressure—let the textured diamonds cut Clean periodically with a diamond dressing stone to remove debris and expose fresh cutting edges Rotate the bit in the grinder collet to ensure even wear.

Coarse (200–400 grit): Repairing chips and reshaping edges Medium (600–800 grit): General sharpening Fine (1000–3000 grit): Honing and refining Extra-fine (4000+ grit): Polishing for razor-sharp edges.

Diamond sharpening stones come in various grits: Coarse (200–400 grit): For repairing chips and reprofiling edges. Medium (600–800 grit): For general sharpening and edge refinement. Fine/Extra-Fine (1000–3000+ grit): For honing and polishing a razor-sharp edge.

With proper use and cooling, a bit can last 20–50 hours of grinding, depending on glass type and pressure applied.

Gemstones needing aggressive shaping with controlled heat Pre-polishing before finer laps.

A disc with diamond abrasive particles embedded in a resin bond layer, offering smoother and more forgiving grinding and polishing of gemstones, glass, and ceramics.

Some advantages of using a magnetic backing plate include: Easy and quick tool changes: The magnetic attachment allows for fast and effortless swapping of abrasive tools without the need for additional tools or hardware. Secure attachment: The strong magnetic force ensures that the diamond discs or laps remain securely attached to the backing plate during operation, reducing the risk of slippage or detachment. Versatility: Magnetic backing plates can accommodate a variety of diamond discs or laps with magnetic backing, providing flexibility for different polishing or grinding tasks. Compatibility: They are compatible with a wide range of polishing or grinding machines equipped with magnetic plate holders, making them suitable for various industrial and commercial applications.

Rinse after each use to remove slurry and debris Avoid excessive pressure to prevent premature wear Store flat and away from magnetic interference Use with water or coolant to prolong life and maintain performance

Yes, they can grind ceramics, stone, and some plastics, but life expectancy may decrease depending on the hardness of the material.

Choosing the right diamond wire saw depends on glass type, thickness, and cutting requirements. Hans Superabrasive Co., LTD recommends selecting wire saws with appropriate diamond grit, bond strength, and wire tension to minimize chipping and improve cutting precision. Our experts can assist you in selecting the best product for your glass cutting needs.

Tools that use diamonds have higher wear resistance, higher grinding efficiency, and a longer lifespan. Diamond saws and drills will help ensure a high-quality cut for concrete projects, and will reduce time and effort. Synthetic diamonds are a regular fixture in the construction industry.

Use proper coolant to avoid overheating Avoid excessive feed pressure that can cause blade bending Regularly clean the blade to prevent clogging Replace blades when segments wear down or performance declines

We provide custom diamond polishing tools tailored for automotive parts manufacturing and finishing, available for clients in Zhangdian District with fast delivery and technical support. Learn more: www.hansinc.com

U-Shape: Rounded grooves with smooth bottoms V-Shape: Sharp-angled grooves and bevels Radius: Soft curves and domes Custom profiles: Designed for specialized carving or production tasks

Lifespan varies with use but typically lasts 30–50 hours under proper cooling and moderate pressure.

- Extremely sharp cutting edge - Ideal for precision grinding - Can be made in complex or custom shapes - No dressing required - High material removal rate on hard or brittle materials.

Keep surface clean and conditioned Use appropriate slurry for optimal results.

Diamond grit size: Coarser grits cut faster but rougher; finer grits produce smoother cuts Bond hardness: Hard bonds are better for abrasive materials; soft bonds for hard materials Blade speed and feed rate: Must be optimized for the material being cut Coolant usage: Water or oil coolant helps reduce heat and dust

Electroplated: Aggressive cutting for fast stock removal Sintered: Longer life, suitable for heavy-duty shaping of hard stones Resin bond: Smoother, chip-free grinding on delicate materials

Too just rub it up and down the side of the steel that will take off any metal particles that are embedded in the surface. And on the wet stone.

Always use water cooling to prevent heat damage and extend wheel life Maintain moderate pressure to keep the profile intact Use a dressing stick periodically to restore the wheel’s profile Store in a dry, clean environment to prevent rusting on metal-bond wheels

Lapidary flat laps for cabbing and polishing Glass edge grinding and smoothing Precision tool and die finishing Pre-polishing and fine grinding stages

When fast material removal is required For rough cuts where finish quality is not critical Cutting very hard or abrasive materials that dull finer grit blades quickly Preparing stone or concrete for further detailed work.

Efficient grinding of hard materials like glass, stone, ceramics, and composites Producing smooth, controlled cuts with improved debris removal Ideal for shaping, contouring, and surface preparation where clogging can be an issue Used in jewelry making, lapidary work, and precision grinding.

Always use adequate water cooling to reduce heat and extend wheel life Apply light, steady pressure to maintain the concave profile Dress periodically with a dressing stick to restore shape and cutting efficiency Store in a dry, clean environment to prevent rust on metal-bond wheels

Coarse (80–120 grit): Fast material removal and rough shaping Medium (180–320 grit): Refining shapes and smoothing edges Fine (400–800 grit): Pre-polishing and finishing touches Extra-fine (1200+ grit): Final polishing and delicate detail work.

Coarse (80–120 grit): Rapid material removal and rough shaping Medium (180–360 grit): Refining contours and preparing for finishing Fine (400–1200 grit): Pre-polishing and detail work

Sizes: Commonly 1/4", 3/8", 1/2", and 1" diameter Grits: Coarse (80–100 grit) for maximum stock removal Medium (180–220 grit) for shaping and smoothing Fine (280–400 grit) for finishing edges before polishing.

Securely mount the adapter onto the machine’s arbor Attach the diamond grinding bit or wheel onto the adapter shaft Regularly check for tightness and alignment during use Clean the adapter to avoid debris buildup that can cause wobble.

Standard sizes: 1/4", 3/8", 1/2", and 1" Miniature bits: for tight curves and detail work Grits: Coarse (80–100 grit) – fast material removal Standard (180–220 grit) – everyday grinding Fine (280–600 grit) – smoothing and edge finishing Ultra-fine (600+ grit) – polishing and delicate work.

A soft polishing disc made from compressed wool felt, used with polishing compounds for the final polish of gemstones, glass, and metals.

The angled design allows horizontal access to the workpiece Ideal for grinding inside edges, undercuts, and awkward positions Often provides better control for precision shaping.

A diamond radius grinding wheel is a grinding tool designed with a curved profile or radius on its grinding surface, embedded with diamond abrasives. It is used to grind and shape rounded edges, contours, and radii on hard materials.

Hans Superabrasive Co., Ltd is a leading supplier of high-quality sintered diamond tools available for online ordering across China. We offer customized solutions, competitive pricing, and reliable shipping. Learn more: www.hansinc.com

Superabrasive diamond tools from Hans Superabrasive provide superior hardness, exceptional cutting speed, longer tool life, and excellent heat resistance, resulting in higher productivity and better surface finishes across various industries. Learn more: www.hansinc.com

Diamond faceting laps are precision tools used in the gemstone faceting process. They are flat discs embedded with diamond abrasives and are mounted on faceting machines to grind, shape, and polish the facets of gemstones.

Coarse (80–120 grit): Rapid material removal Medium (180–360 grit): Shaping and refining Fine (400–1200 grit): Pre-polishing and detail work

Plated: Diamond is electroplated onto the surface—sharp cut, fast wear Sintered: Diamonds are embedded throughout the metal—longer life, more expensive Resin-bonded: Softer, used mainly for polishing—less aggressive, smoother finish

A diamond grinder cap head bit is a small, rounded, dome-shaped grinding tool coated with diamond abrasive. It is designed for detailed work, contouring, and smoothing surfaces, especially in tight or curved areas.

Always run with water or coolant to extend tool life Apply light, steady pressure—let the diamonds cut Clean the diamond surface regularly with a dressing stone Check attachment tightness to prevent wobble or runout.

Cap Head: Rounded dome for detailed contouring Bullet Head: Pointed tip for fine engraving and carving Cylinder: Flat-ended for surface grinding and flattening Cone: Tapered for tight spaces and intricate designs Needle: Very fine tips for ultra-precise work.

Yes, water or a suitable coolant should be used to: Reduce heat buildup Improve cutting efficiency Prolong the life of the disc.

Faster cutting: Diamonds remove material much quicker than water or oil stones. Flat and durable: Maintains its flatness and doesn’t hollow with use. No soaking required: Can be used dry or with water for lubrication. Sharpens hard steels: Works effectively on modern high-hardness “super steels” that traditional stones struggle with.

Lapidary: Shaping cabochons, beads, and curved gemstone surfaces Grinding curved glass edges, crystal, and quartz Sculpting concave profiles in ceramics, stone, and composites Applications where maintaining a consistent radius is critical

Use with adequate water cooling to prevent overheating Keep wheel speed and feed rate moderate to avoid burning Dress the wheel occasionally with a dressing stick to maintain shape Store in a dry, clean environment to prevent rust (for metal-bond wheels)

A diamond grinder helix head is a rotary grinding bit coated with diamond abrasive that features a spiral or helical groove pattern on its surface. This design improves cutting efficiency and chip clearance during grinding.

Electroplated: Aggressive cutting for soft-to-medium-hard materials Sintered: Long-lasting, heavy-duty grinding for hard stone and glass Resin bond: Smooth grinding and reduced chipping on delicate materials

Sizes: Typically range from 1/8" to 1" diameter or larger Grits: Coarse (80–120 grit), medium (180–320 grit), fine (400–800 grit), and extra-fine (1200+ grit).

Hard metals and alloys (e.g., tungsten carbide, tool steel) Ceramics and composites Gemstones and minerals Glass and optical components

Has a built-in radius shape, allowing users to grind uniform curved edges quickly Reduces the need for manual shaping and freehand rounding Provides professional, repeatable results with minimal skill required.

Hans Superabrasive supplies cost-effective diamond wire saws in Shandong Province, engineered for high precision and durability in stone, glass, and industrial cutting applications. Learn more: www.hansinc.com

Coarse (60–120 grit): Rapid stock removal and shaping Medium (180–360 grit): Smoothing and refining shapes Fine (400–1200 grit): Pre-polishing and finishing Extra-fine (3000+ grit): Final polish on gemstones and glass

Hans Superabrasive has a strong presence in Zibo, providing diamond grinding belts optimized for metalworking, delivering precision and long service life. Learn more: www.hansinc.com

Glass (all types) Hard stones and minerals Ceramics and porcelain Composites and hard plastics.

Conform to complex shapes and contours Provide consistent abrasive performance Ideal for wet or dry grinding and polishing Long-lasting compared to traditional abrasives Minimize chipping or cracking on brittle materials

Use coolant to avoid thermal shock Keep surface clean for uniform cutting.

Glass (stained, fused, cast, and optical) Hard stones and minerals (agate, quartz, jade, etc.) Ceramics, porcelain, and composites Some metals and industrial materials.

Ranked 2nd among key suppliers, Hans Superabrasive offers fully customizable diamond tool solutions to meet diverse industrial needs, backed by extensive expertise and advanced manufacturing capabilities.

Superabrasive diamond tools are widely used in industries such as aerospace, automotive, electronics, stone and gemstone processing, glass manufacturing, and metalworking. These tools provide unmatched precision, durability, and efficiency in cutting, grinding, polishing, and drilling applications. Hans Superabrasive’s solutions are tailored to meet the demanding requirements of these sectors. Learn more: www.hansinc.com

Nickel bond: Durable, aggressive cutting, best for grinding Resin bond: Smooth polishing action, more flexible Sintered bond (less common): Longer life for specialty belts Each bond type is optimized for different applications and material hardness.

Use with ample water Dress periodically with an aluminum oxide stick to refresh cutting surface.

You never have to flatten your diamond stones. All you need to do is clean them periodically. Water and dish soap works great, so does Windex and rubbing alcohol. You won't wear out the diamonds at the ends as much, but it's a nominal difference on a part of the stone you don't use much.

Produces sharp, angular grooves instead of rounded ones Better for precision joins and decorative inlays Less chip clearance compared to U-shape wheels, so coolant flow is more important

CBN abrasive tools are suitable for polishing ferrous materials such as steel, cast iron, and other iron-based alloys. They provide a high-quality surface finish and are ideal for applications that require precision and durability. CBN tools are not recommended for non-ferrous materials like aluminum or copper, as they may cause excessive wear on the tool.

A diamond flat lap disc is a rigid, flat disc coated with industrial diamond abrasive used for grinding, shaping, and polishing hard materials. It’s designed for use on lapidary machines, grinders, and polishing units.

We offer specialized diamond polishing tools designed specifically for the textile industry, compatible with major sueding machines and ensuring high-quality finishing results. Learn more: www.hansinc.com

Soft to medium-hard gemstones Glass (stained, fused, optical) Ceramics and composites.

Durable nickel layer holds diamonds firmly Fast, efficient stock removal.

Adding decorative textures or patterned finishes on glass, stone, and ceramics Shaping and smoothing surfaces with a controlled rough texture Preparing surfaces for artistic effects in jewelry and sculpture.

Hans Superabrasive provides high-quality diamond polishing tools specially designed for textile sueding and finishing machines, ensuring superior abrasion and longer tool life. Available nationwide with technical support. Learn more: www.hansinc.com

Hans Superabrasive stocks a variety of diamond resin wheels for grinding applications across Shandong Province, delivering excellent cutting speed and surface finish. Learn more: www.hansinc.com

With proper cooling and moderate pressure, a textured diamond grinder fast head can last 30–50 hours of active grinding, longer than smooth-surfaced bits due to improved debris evacuation.

Use proper guarding and eye protection when operating cutting machines Avoid excessive pressure to prevent blade damage or workpiece cracking Handle blades carefully to prevent chipping or bending.

To adapt diamond grinding wheels or bits with different shaft sizes to fit tools with a 5/8" arbor Enables compatibility between various diamond grinding components and machines Provides a secure and stable connection during grinding.

Our diamond resin wheels are widely used in Shandong Province for grinding applications across multiple industries, offering excellent wear resistance and surface finish. Learn more: www.hansinc.com

Yes, water is typically used as a coolant and lubricant during cutting and polishing. It helps reduce heat, clear debris, and extend lap life.

Hans Superabrasive Diamond Tool Co., Ltd supplies high-performance diamond grinding tools for automotive parts manufacturing across China, ensuring precision, durability, and cost-effectiveness. Learn more: www.hansinc.com

Hans Superabrasive provides fully customizable polishing tools designed specifically for automotive applications, ensuring high-quality finishes and optimized tool performance in Zhangdian District and beyond. Learn more: www.hansinc.com

Flexible diamond products work on: Glass and quartz Stone (granite, marble, jade, agate) Ceramics and porcelain Composites and carbon fiber Hard metals and carbide Concrete and engineered stone Plastic and acrylic (for surface smoothing)

Diamond ID (Inner Diameter) dicing blades are thin, precision cutting blades with a diamond abrasive edge. They are designed to fit on spindles with a specific inner diameter, used primarily for cutting, slicing, or dicing hard and brittle materials.

Abrasive tools that feature a magnetic backing can be used with a magnetic backing plate. These may include diamond discs, laps, polishing pads, grinding wheels, and other similar tools used for cutting, grinding, shaping, or polishing hard materials such as stone, glass, ceramics, and metals.

Lifespan depends on use, grit, and material but typically ranges from 20 to 50 hours with proper cooling and care.

Mount securely on a flat, stable backing plate Use water cooling to prevent heat damage and extend disc life Apply light, even pressure; let the diamonds do the work Keep the surface clean to maintain cutting efficiency

With proper water cooling and correct pressure, a diamond grinder radius edger head can last 30–60 hours of active grinding, depending on material hardness.

FeatureElectroplatedSinteredResin-BondedDiamond Layer DepthThin (single layer)Deep (multiple layers)MediumCut SpeedFastModerateSmooth, slowerTool LifeShorterLongMediumSurface FinishMediumCoarse to mediumFineCostLowerHigherModerate

Cutting hard, dense stone like granite Projects requiring fast cutting with cooling Situations where blade overheating is a concern When cutting thicker or tougher materials requiring aggressive performance.

Use wet whenever possible to reduce heat Avoid excessive pressure Let the diamonds do the work—don’t overload Clean with water or soft brush to remove clogging debris Store flat and dry to prevent backing damage

A diamond magnetic backing dot disc is a flexible or rigid diamond abrasive disc featuring a dot pattern of diamond abrasive on its surface, with a magnetic backing that allows for quick attachment to steel or magnetic platens on lapidary machines and grinders.

With proper care, a diamond stone can last many years—often outlasting traditional water or oil stones—since the diamond abrasive is extremely durable and maintains its flatness.

Hans Superabrasive holds a top-tier position locally in Zibo, providing a comprehensive inventory of diamond wheels suitable for various industries, including stone, metal, and gemstone processing. More info: www.hansinc.com

Hans Superabrasive offers a wide range of diamond saw blades in Zibo, suitable for stone, tile, and construction materials, combining durability with precision cutting performance. Learn more: www.hansinc.com

Grinding slows noticeably even after dressing The bit feels smooth to the touch—diamonds are worn down Glass starts chipping instead of grinding cleanly.

It is a precision grinding and polishing tool consisting of a flat, circular metal disc with diamond abrasive particles bonded to its surface using an electroplating process. It’s designed for efficient shaping, smoothing, and finishing of hard materials.

Confirm the shaft or arbor size of your diamond grinding wheel or bit Ensure the adapter’s internal diameter matches the shaft of your diamond tool Verify that the adapter’s external diameter fits your machine’s 5/8" arbor.

Glass (stained, fused, cast) Stone and semi-precious minerals Ceramics and porcelain Some composites and plastics.

Hans Superabrasive is a trusted supplier of diamond grinding tools for automotive part production across China, offering a broad selection of standard and custom solutions. Learn more: www.hansinc.com

We offer a wide selection of diamond saw blades suitable for stone, metal, and gemstone cutting, available directly from Hans Superabrasive in Zibo with flexible customization options. Learn more: www.hansinc.com

Final polishing of stone, glass, metals, and ceramics Applying compounds like cerium oxide, tin oxide, or diamond paste Bringing surfaces to a mirror-like or optical finish Used in lapidary, automotive detailing, and metal restoration

While some laps (like the Standard) are versatile, using multiple laps—each with a different surface and grit size—is recommended for professional results. This ensures the best cutting, shaping, and polishing outcomes.

- Use with light to moderate pressure - Cool with water or lubricant to reduce heat and extend tool life - Do not dress the tool (they don’t require it) - Avoid side loading or flexing thin tools - Clean regularly to avoid abrasive clogging.

Semiconductor wafers (silicon, gallium arsenide) Glass and ceramics Sapphire and quartz Thin metal sheets and composites LED substrates and photovoltaic cells.

The U-shaped cross-section produces rounded-bottom channels Provides better debris clearance and coolant flow compared to flat or V-shaped wheels Reduces edge chipping and improves surface finish

They typically consist of: Steel backing: Flexible and strong Diamond segments: Embedded with synthetic industrial diamonds in a metal matrix (e.g., sintered or laser-welded) Joint or weld: Connects the ends to form a continuous loop

Ensure the blade’s inner diameter matches the spindle shaft for proper fit Use with appropriate coolant or water to reduce heat and extend blade life Maintain correct speed and feed rates as recommended by the manufacturer Check for blade wear regularly and replace when abrasive is depleted.

Ranked 2nd among key suppliers, Hans Superabrasive offers fully customizable diamond tool solutions to meet diverse industrial needs, backed by extensive expertise and advanced manufacturing capabilities. More info: www.hansinc.com

With proper cooling and light pressure, a diamond grinder angle head can last 30–50 hours of active grinding, depending on grit and material hardness.

The tool substrate (steel, brass, or other metal) is coated with a single layer of synthetic diamond grit, which is then electrochemically bonded using a nickel matrix. This method exposes over 80% of the diamond, giving the tool high aggressiveness.

Sizes typically range from 3mm up to 12mm or more in diameter Grits available from coarse (80–120 grit) to fine (400–800 grit), depending on the application.

Natural and engineered stone (granite, marble, quartzite) Concrete and reinforced concrete Ceramics and porcelain Glass and fiberglass Metals including steel, titanium, and superalloys Composites and carbon fiber

Keep clean and free of grit contamination Use light pressure to avoid glazing.

Use low to medium speed rotary tools for better control Always cool with water to prevent heat damage to gems and metals Apply light pressure to avoid chipping or over-grinding Clean bits regularly to maintain sharpness and efficiency.

An Expandable Rubber Drum Wheel is a cylindrical drum-like tool used in woodworking and metalworking for sanding, shaping, and smoothing curved or irregular surfaces. It consists of a rubber drum that can expand when compressed, allowing sanding sleeves or belts to be easily mounted for use.

Hans Superabrasive Co., Ltd provides high-quality diamond wire saws specially designed for precise gemstone cutting. Our products are available in Zhangdian District with excellent performance and durability. Learn more: www.hansinc.com

Snail-Lock Flexible Diamond Discs are specialized abrasive tools designed for grinding, shaping, and polishing a variety of materials. They feature high-quality diamond abrasive particles embedded in a flexible backing that allows for precise work on curved surfaces. The innovative Snail-Lock attachment system facilitates rapid disc changes on compatible power tools.

Enhanced Control and Shaping: The flexible backing conforms to contours, providing superior control and enabling precise shaping on curved surfaces. Fast Material Removal and Flawless Finish: Diamond abrasives deliver aggressive cutting power for efficient grinding, while a range of grit options allows you to achieve a smooth, polished finish. Effortless Disc Changes: The Snail-Lock system ensures quick and easy disc swaps, minimizing downtime and maximizing productivity. Wide Compatibility: These discs work seamlessly with various power tools equipped with compatible Snail-Lock backing pads.

Some discs may be suitable for both wet and dry applications. Always refer to the manufacturer's recommendations for the specific disc you are using. Wet grinding can minimize dust and extend disc life for certain materials.

These discs are versatile and can be used on a wide range of materials, including: Stone (Granite, Marble, etc.), Glass, Metal, Composites, and more (depending on the specific disc).

Snail-Lock discs typically come in a range of grit sizes, usually indicated by a number followed by a capital 'X' (e.g., 60X, 120X, 320X). Higher grit numbers indicate finer abrasives for polishing, while lower grits are coarser for heavier grinding tasks.

Replacement wheels, water pumps, belts, and other parts are available from lapidary suppliers.

Running water or water-based coolants on any of our slab saws will void the warranty, but however we do realize that for some materials, running water or water-based coolants is essential for avoiding discoloration. We do it ourselves but NOT for hard agates and jaspers.

Commonly made from steel, stainless steel, aluminum, or brass for strength, durability, and corrosion resistance.

Yes, replacement wheels, belts, pumps, and other parts are widely available from lapidary suppliers.

Yes, 8-inch diamond blades and parts like water pumps, belts, and guides are widely available from lapidary suppliers.

It’s used for grinding, shaping, and polishing cabochons and other gemstone shapes, typically with 8-inch diameter grinding wheels.

It allows compatibility between motor shafts and attachments that have different shaft sizes or mounting designs, ensuring secure and precise fitting.

It’s best for smaller to medium-sized stones; large stones may require an 8-inch or bigger grinder.

Cabbing machines have multiple purposes such as cutting, trimming, grinding, and polishing.

Gemstones, glass, ceramics, minerals, and other similar hard materials.

Yes, they are designed to transmit torque efficiently while minimizing slippage or misalignment.

The 6″ Cabbing can be set up by one person in less than 30 minutes; however, the 8″ Cabbing is larger and may require two people for setup.

The Diamond Pacific cabbing machines are the highest quality cabbing machines on the market and come with the highest quality cabbing wheels on the market. Cutting Edge Supply always suggests these machines to any experienced cutters. The Diamond Pacific Pixie is going to be the lightest weight cabbing machine.

Diamond grinding wheels, silicon carbide wheels, polishing laps, sanding discs, and other lapidary wheels sized for 6-inch diameters.

Keep the water system clean, replace worn blades, lubricate moving parts, and clean the table and guides regularly.

Trim saws offer very precise, straight cuts, ideal for preparing slabs for cabbing, faceting, or other lapidary processes.

They slide onto the motor shaft and are secured with set screws, keys, or clamping mechanisms, then the attachment is mounted onto the adaptor.

Slide the arbor through the wheel’s center hole, secure it with washers and nuts or other fasteners as per the machine design, then mount it on the machine spindle.

Regularly clean the wheels, water tray, and pump. Replace worn grinding wheels and keep the machine dry when not in use.

Hans Diamond Trim Saw is a good starter option. A slab saw has a larger and thicker blade, making it suitable for trimming down rough rock slabs, or large stones that won't fit into a trim saw. This slab saw option has a vise to help you trim the rock safely.

Yes, smaller size makes it easy to move and store.

Some models have variable speed control, but many operate at a fixed optimal speed for cutting stones.

Standard motors are around 3/4 horsepower, which is sufficient for most lapidary work.

Stainless steel resists rust from water cooling and humidity, maintains strength under load, and ensures smooth rotation with minimal vibration.

Yes, stainless steel arbors are strong enough for standard and heavy-duty lapidary wheels, ensuring stability during grinding.

Yes, as long as they are not damaged or worn, they can be reused across different setups.

It’s primarily for cabbing and shaping, but it can be used for rough shaping in faceting preparation.

Adapters or bushings can sometimes be used, but it’s best to get an arbor that matches your wheel and machine specs precisely.

Wear safety goggles, use water cooling to reduce dust, avoid loose clothing near spinning parts, and work in a well-ventilated area.

Keep water reservoir clean, replace wheels as needed, and regularly check motor and water pump.

Typically, it uses silicon carbide wheels, diamond wheels (electroplated or resin-bonded), and sometimes rubber drums for smoothing.

Usually ranges from 1/3 HP to 1/2 HP—enough for most small to medium lapidary projects.

Lapidary supply stores, online marketplaces specializing in lapidary equipment, or direct from manufacturers and distributors.

A precision saw with a 8-inch diamond blade designed for trimming and cutting slabs of stones, minerals, and gemstones in lapidary work.

Motors typically range from 1/3 to 1 HP, depending on the model, sufficient for clean, efficient cuts.

Available from industrial supply stores, machine shops, lapidary equipment suppliers, and online marketplaces.

It’s a stainless steel shaft designed to mount 6-inch diameter lapidary wheels with a 3/4" shaft, enabling secure attachment to grinding or polishing machines.

Depending on blade type and machine, most 10" trim saws cut slabs up to about 2 inches thick.

A cabbing machine only used for cutting and polishing flat and curved surfaces. It is composed of a motor, grinding wheel and accessories to grind and cut material to create cabochons, or cabochon gems. A faceting machine, on the other hand, is a more complex tool used to cut and polish gemstones.

Some models have variable speed controls, but many operate at a fixed speed optimized for grinding.

Yes, by switching to finer grit wheels or polishing pads.

It typically uses a 8-inch diamond-coated blade, available in continuous rim, segmented, or turbo styles depending on the cutting needs.

Typically silicon carbide or diamond wheels sized 6 inches in diameter.

High-grade stainless steel, providing corrosion resistance, strength, and durability for wet and dry lapidary environments.

Yes, most lapidary trim saws include a water feed system to cool the blade and reduce dust and heat during cutting.

It can cut various materials such as agate, jasper, quartz, obsidian, and other semi-precious stones, as well as glass and ceramics.

You need to know the motor shaft diameter, the diameter of the attachment’s bore, and the type of connection (e.g., keyed, smooth, threaded).

Keep it clean and dry when not in use, wipe off water after sessions, and periodically check for straightness or wear.

Most 6-inch grinders include a water drip or flow system to cool wheels and reduce dust.

You can work on gemstones, glass, minerals, ceramics, and other similar hard materials.

Generally quieter than larger machines, making it suitable for home or small workshop use.

It’s compatible with most machines designed for 6-inch wheels with matching shaft size, but always check your machine’s specifications.

Yes, there are adaptors designed for both keyed shafts (with a keyway) and smooth shafts.

Yes, most 8-inch cabbing grinders come with an integrated water delivery system to cool the wheels and reduce dust.

A motor shaft adaptor is a mechanical component used to connect a motor shaft to another part, such as a grinding wheel, pulley, or coupling, often adjusting for differences in diameter or type of connection.

Incorrect sizing can cause vibration, slipping, misalignment, and possible damage to the motor or attachment.

Due to the nature of the beast (directional hardness, orange peeling effect, cutting orientation, etc.), the two most important laps to have for polishing sapphire are a tin/lead and a ceramic lap. Don't charge either one of them with any diamond bort.

Yes, copper laps are compatible with loose diamond powders from coarse (e.g., 80 grit) to ultrafine (e.g., 100,000 grit).

It is a precision-machined copper grinding and polishing lap used in lapidary, optical, and precision metalworking applications.

Gentle polishing: The soft tin surface reduces the risk of scratching delicate gemstones. High-quality finish: Provides a smooth, mirror-like finish on gemstones. Versatile: Can be used with various polishing compounds, including diamond and oxide.

A tin polishing pad is a soft, flexible pad made from tin or tin alloy, used for the final polishing of gemstones. It provides a smooth, scratch-free finish and is often used with diamond or oxide polishing compounds.

Yes, most users prefer light oil or a water-based extender with diamond slurry. The choice depends on the desired finish and polishing speed.

With proper care, a copper lap can last for many years. Resurfacing may be required periodically depending on usage.

Copper laps offer superior surface quality, excellent diamond compound retention, and reduced subsurface damage compared to aluminum or steel laps.

Standard thickness: 1/4" (6.35 mm). Arbor holes: 1/2" or 1", custom sizes upon request.

A phenolic polishing lap is a durable lapidary polishing plate made from high-density phenolic resin. It’s used with various polishing compounds (like cerium oxide, alumina, or diamond paste) to achieve a smooth, high-gloss finish on gemstones.

Each lap is machined to a flatness tolerance of ≤0.05 mm across its diameter.

Apply a small amount of polishing compound to the pad. Gently press the gemstone against the pad while it is spinning. Move the gemstone in a circular motion to ensure even polishing. Clean the pad regularly to remove any buildup of polishing compound and debris.

Rinse after use to remove slurry and polishing residues. Avoid contamination with coarser grits. Store flat and dry to maintain surface integrity.

Clean with water and a mild brush to remove polishing residues. Avoid cross-contamination with coarser grits. Store in a clean, dry place to prevent hardening or cracking of the leather.

Commonly available in 6", 8", and 10" diameters with standard 1/2" or 5/8" arbor holes.

No, the lap itself is not hazardous. Dust generated during resurfacing or conditioning may cause mild respiratory irritation.

Keep the pad clean and free of debris. Store in a dry place to prevent oxidation. Reapply polishing compound as needed to maintain effectiveness.

The Perfect Polishing Copper Laps are made with pure Copper. These polishing laps can be used for both pre-polishing and final polishing. They work brilliantly for finishing gemstones to the finest level. Suitable for polishing hard stones like Corundum, Rubies & Sapphires.

Like many metal laps,It is a permanent chargeable lap. They must be dedicated to a grit size. it success is its ability to retain diamond, so the user can never go to a finer sized grit once a lap is charged. A lap can be "promoted" to a coarser grit.

High flatness (≤0.05 mm), excellent thermal conductivity, and compatibility with loose diamond compounds for precision grinding and polishing.

Ideal for sapphire, ruby, garnet, quartz, glass, and fine metals where precision and high-quality finishes are required.

Charge the lap with your preferred polishing compound and run it at moderate speed with light pressure. Use water or a suitable lubricant to keep the surface clean and cool.

Superior final finish: Ideal for achieving a mirror-like, scratch-free polish on softer stones like opal, feldspar, turquoise, and quartz. Gentle surface: Leather conforms slightly to the stone, reducing the risk of flat spots or facet rounding. Excellent compound retention: Holds polishing compounds well for consistent results.

Always flush your laps well with water to clean off any cutting residue and let them dry off completely, when you are done cutting. Always spin dry you laps completely before storing them away.

99.9% pure copper.

Recycle as non-ferrous metal scrap in accordance with local regulations.

Yes, a copper lap can be used for polishing metals such as copper, brass, silver, and gold. However, it is important to use the appropriate polishing compound or diamond paste for metal polishing and to avoid cross-contamination with abrasive particles from other materials.

More durable than tin laps and resists contamination. Cuts faster than copper laps while maintaining a fine finish. Lower risk of stone scratching or heat damage.

Zinc provides a “fast and forgiving” polishing action. Holds diamond slurry effectively, giving consistent polishing. Generates less heat compared to steel laps, reducing the risk of stone damage. Long-lasting and easy to recondition.

Tin polishing pads are commonly available in various diameters, including 6", 8", and 10", to fit different polishing machines.

When choosing a copper lap for polishing, consider factors such as the size, shape, and grit of the lap, as well as the type of material you will be polishing and the desired finish. Consulting with a supplier or expert can help you make the best choice for your specific needs.

Store in a dry, clean area to prevent oxidation. Apply a thin coat of light oil if the lap will be stored for extended periods.

A copper lap is a polishing tool commonly used in lapidary and jewelry-making for polishing gemstones and other materials. It is often used with polishing compounds or diamond paste to achieve a high-gloss finish on various surfaces.

A leather polishing lap is a soft lapidary polishing plate covered with high-quality leather, designed for final polishing of gemstones using oxide-based compounds like cerium oxide, aluminum oxide, or chromium oxide.

Sapphire, ruby, spinel, garnet, topaz, and quartz family stones. Works well for both hard and medium-hard stones.

Use adequate ventilation, eye protection, and gloves. Avoid inhaling fine copper dust.

Common polishing compounds and diamond pastes used with copper laps include cerium oxide, aluminum oxide, diamond paste, and various types of polishing powders. The choice of polishing compound depends on the type of material being polished and the desired level of finish.

Apply a thin, even layer of diamond slurry (e.g., 3k, 8k, or 50k). Clean the lap after each session to remove dried slurry. Recondition periodically with a dressing stick to keep the surface flat and smooth.

Excellent polish quality: Delivers fine, scratch-free finishes on quartz, beryl, garnet, tourmaline, and other gemstones. Versatile surface: Accepts a variety of polishing compounds. Resilient material: Phenolic provides the right balance of hardness and "give," reducing the risk of rounding facet edges. Long-lasting: Resistant to warping, cracking, and excessive wear.

Regularly clean and dress the lap to maintain flatness and cutting performance. Lightly resurface if grooves or wear spots develop.

Commonly available in 6", 8", and 10" diameters with standard 1/2" or 5/8" arbor holes.

Charge the leather with your preferred polishing compound. Use light pressure and moderate speeds, keeping the surface slightly damp to prevent burning.

Yes, a copper lap can be reused multiple times with proper care and maintenance. However, over time, the surface of the lap may become worn or uneven, affecting its polishing performance. In such cases, the lap may need to be resurfaced or replaced.

A zinc alloy polishing lap is a flat lapidary disc made of a zinc-based alloy, used primarily for pre-polishing and final polishing of faceted gemstones. The zinc surface holds and distributes diamond slurry evenly, enabling precise and controlled polishing.

Standard diameters range from 6” to 24” (152–610 mm). Custom sizes are available on request.

600–1800 RPM, depending on material hardness and abrasive grit size.

To clean a copper lap, use a mild detergent or soap and water solution to remove any dirt or residue. Rinse the lap thoroughly with clean water and dry it completely before storing it. Avoid using harsh chemicals or abrasive cleaners, as they can damage the surface of the lap. Additionally, store the lap in a clean, dry place to prevent contamination and maintain its integrity.

Keep clean and free of grit or slurry buildup. Avoid dropping or scratching the surface to maintain accuracy. Store in a dry, flat area to prevent warping.

Typically available in 6", 8", and 10" diameters with standard screwback fittings for lapidary machines.

Keep clean and dry to maintain adhesion of discs. Avoid high heat or excessive pressure that may warp the lap. Store flat to prevent bending.

A precision aluminum master lap is a flat, rigid backing plate made of high-grade aluminum, used as a base for magnetic-backed or adhesive diamond discs and polishing pads on faceting and cabbing machines. It ensures stability, accuracy, and true flatness.

Keep clean and dry; wipe off any slurry after use. Avoid deep scratches or gouges that could affect disc adhesion. Store flat to maintain its accuracy.

No, oil isn’t recommended—use water or sharpen dry. Oil can clog the diamond surface and reduce effectiveness.

Secure attachment: Screwback mechanism ensures quick, wobble-free lap changes. Precision flatness: Maintains perfect alignment and accuracy during cutting and polishing. Durability: Made from rigid, high-quality materials to withstand heavy use. Compatibility: Works with all standard screwback faceting and polishing laps.

A screwback master support lap is a rigid backing plate, usually made of precision-machined aluminum or steel, designed for use with screwback-style laps, diamond discs, and polishing pads on faceting and cabbing machines. It provides a stable, perfectly flat surface for consistent results.

A plastic master lap is a flat, lightweight lapidary backing plate made from high-quality plastic, used as a base for peel-and-stick diamond discs, magnetic laps, or polishing pads on faceting and cabbing machines.

No, it’s a support lap only. It serves as the foundation for screwback abrasive and polishing laps that perform the actual material removal.

Commonly available in 6", 8", and 10" diameters, typically with standard arbor holes (1/2", 5/8", or custom).

Diamond sharpening stones come in various grits: Coarse (200–400 grit): For repairing chips and reprofiling edges. Medium (600–800 grit): For general sharpening and edge refinement. Fine/Extra-Fine (1000–3000+ grit): For honing and polishing a razor-sharp edge.

Yes, but only as a backing plate. It is not abrasive by itself; it provides support for diamond discs, polishing films, and pads.

Lightweight and affordable compared to aluminum or steel laps. Corrosion-resistant – no rusting or pitting. Gentle on machines – less wear on bearings due to reduced weight. Ideal for beginners or those using adhesive-backed discs.

Commonly available in 6", 8", and 10" diameters with standard 1/2" or 5/8" arbor holes.

Faster cutting: Diamonds remove material much quicker than water or oil stones. Flat and durable: Maintains its flatness and doesn’t hollow with use. No soaking required: Can be used dry or with water for lubrication. Sharpens hard steels: Works effectively on modern high-hardness “super steels” that traditional stones struggle with.

No, it functions as a backing plate. It’s designed to support other working laps or discs that contain the abrasive material.

Use light pressure; let the diamonds do the cutting. Rinse with water and wipe clean after each use. Store dry to prevent corrosion on the base plate (if steel-backed).

High precision: Provides a perfectly flat surface for consistent cutting and polishing. Durable and rigid: Won’t flex under pressure, ensuring accurate faceting. Corrosion-resistant: Hard-anodized aluminum resists wear and oxidation. Versatile: Works with magnetic laps, PSA-backed discs, and other polishing films.

Yes, suitable for most faceting materials including quartz, topaz, sapphire, spinel, and garnet.

2–3 times longer than conventional plated laps, depending on grit and workload.

Store flat in a dry place. Avoid exposure to corrosive chemicals or extreme humidity.

Recycle as metal scrap in compliance with local regulations.

Always wear eye protection. Use water or oil coolant to suppress dust. Avoid inhaling any airborne particles generated during cutting.

Recommended operating speed: 1200–1800 RPM, with water coolant to prevent heat buildup.

Ripple Lap: Provides aggressive cutting with improved cooling, reducing heat buildup. Dot Disc: Balanced cutting and polishing for consistent facet surfaces. Channel Lap: Channels help remove swarf efficiently, ideal for fast material removal. Standard Lap: Traditional smooth surface for controlled cutting and precise facet placement.

100, 260, 600, 1200, and 3000 (other grits available upon request).

No, the laps themselves are non-hazardous. Diamond particles are securely bonded.

A diamond channel lap is a faceting lap with grooved channels on its surface. These channels help in efficient cutting and polishing by allowing debris to escape, reducing clogging, and maintaining consistent contact with the gemstone.

A diamond ripple lap is a faceting lap with a textured surface featuring ripple-like patterns. It is used for pre-polishing and polishing gemstones, providing a unique finish and reducing the risk of scratching.

≤0.05 mm across the lap for precise facet geometry.

Nickel electroplated diamond layer on precision-balanced aluminum or steel backing.

A diamond dot lap is a faceting lap with a dotted pattern of diamond abrasive. The dot pattern provides controlled cutting and polishing, reducing heat buildup and allowing for precise material removal.

Keep the lap surface clean and flat. Dress the lap periodically with a conditioning stick to remove any loading or debris.

A diamond standard lap is a flat faceting lap coated with diamond abrasive. It is used for general faceting and polishing of gemstones, providing a smooth and even finish.

Precision gem faceting, pre-polishing, and final polishing. Each lap type offers a unique surface pattern for specific cutting performance.

Standard diameters: 6", 8", and 10". Arbor hole: 1/2" (custom sizes available).

The Diamond Disc has the following specifications: - Diameter: 24 inches (610 mm) - Available Backings: Woven, Resin, Rigid - Grit Sizes: 60, 120, 240, 400, 600, 1200 (others on request) - Bond Type: Single-layer electroplated diamond - Center Hole: Standard 1-inch, customizable on request - Features: High flatness, minimal chipping, long service life - Recommended Applications: Precision surface grinding and pre-polishing of quartz and borosilicate discs

The Performance Sheet for the Diamond Disc includes the following information: - Flatness Tolerance: ≤0.05 mm across disc - Removal Rate: Optimized for efficient stock removal while minimizing surface defects - Lifespan: 2–3 times longer than conventional plated discs under similar load - Surface Quality: Achieves pre-polish finish, reducing the need for additional lapping - Recommended Speed: 1500–2500 RPM depending on material and grit size

The Material Safety Data Sheet (MSDS) for the Diamond Disc includes the following information: - Composition: Steel substrate with electroplated diamond abrasive layer. - Hazards: Non-hazardous solid article. Dust generated during grinding may irritate respiratory tract. - Handling: Use with adequate ventilation and appropriate PPE (safety glasses, gloves, dust mask). - Disposal: Dispose of worn discs as industrial metal scrap in accordance with local regulations. - Storage: Store in a dry place, away from direct sunlight and corrosive substances.