Jiangsu Xingzuan Superhard Material Co., Ltd. — established 2005, ISO9001:2000 Phone: +86-510-86069220  |  Email: wang@xhdiamond.com
Industrial centerless grinding wheel with a dark metallic abrasive body and bright blue-grey highlights, cool metallic industrial mood

Diamond Grinding Wheels

Diamond Wheels

Diamond grinding wheels in bronze, resin, ceramic and electroplated bonds, built for hard alloy, glass, ceramics, gems and other hard materials.

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Bond types and wheel families

Each family is produced in different structures and concentrations, so a wheel can be matched to the workpiece material and the removal rate required by the line.

Bronze Diamond Grinding Wheel

Metal-bond wheels with high impact resistance, used where rough stock removal and a durable wheel body are needed.

Resin Diamond Grinding Wheel

Resin-bond wheels offering a smooth finish and good profile retention for precision work on hard materials.

Ceramic Diamond Grinding Wheel

Ceramic-bond wheels with a friable abrasive grain, suited to hard, brittle workpieces such as glass and ceramics.

Electroplated Diamond Grinding Wheel

Thin nickel-coated wheels with a single-layer diamond layer, used for precision grinding and high-accuracy dressing.

Typical work materials

Our wheels are supplied for industries including magnetic materials, ceramics, glass, cemented carbide, silicon wafers, crystals, auto parts and electronics. Featured resin bond diamond and CBN grinding wheels are also produced for paper cutting knives.

  • Hard alloy and cemented carbide
  • Glass and optical components
  • Technical ceramics and gems
  • Magnetic materials and silicon wafers
  • Crystals, auto parts and electronics

Talk to our team about your material and tolerance or browse diamond cutting discs.

Diamond grinding wheels are supplied in bronze, resin, ceramic and electroplated bonds, each suited to a different set of working conditions. The wheel families listed here cover a broad range of applications, from rough stock removal on hardened metal to fine finishing passes on glass, ceramics and gemstones. Because every bond behaves differently, wheels are produced in varied structures and concentrations rather than in a single universal shape. Selecting the right configuration for a given machine and material is what keeps a grinding line consistent, whether the goal is aggressive cutting rate, a good surface finish, or a longer working life per wheel.

Bronze-bond wheels use a metal matrix and are valued for their high impact resistance, making them a natural choice when heavy stock removal and a durable wheel body are required. Internal grinding wheels and centerless grinding wheels fall into this broader catalogue of precision tools, along with resin-bond, vitrified ceramic and electroplated options that suit finer, more delicate work. Each family can be tailored in shape, size and concentration, so a customer working with carbide, titanium, glass or another hard material can specify a wheel that matches both the workpiece and the removal rate their process demands.

The catalogue also includes auxiliary tooling such as parallel wheels, cup wheels, forming wheels, blades and knives for sharpening applications, supported by a range of standard designations including common internal grinding wheel shapes. Where a standard item does not fit, wheels can often be produced to drawing or adapted from an existing sample, which helps users who work with unusual geometry or specialised equipment. Resin and electroplated wheels are frequently chosen where a thin, sharp cutting edge or a cool, low-glare grinding action matters, particularly in applications such as carbide knife grinding and edge work on hard materials.

Working with an experienced manufacturer of diamond wheels and CBN tooling generally starts with the workpiece, the machine and the required removal rate, since these three points together determine the bond, structure and concentration. A full product catalogue and a pricelist request are available for those comparing options, and inquiry handling is part of the standard service for both standard catalogue items and custom specifications. Buyers who are unsure how a wheel will behave on their own equipment can describe the application in general terms and receive guidance on the most appropriate family to trial.

Diamond grinding wheel with a dark segmented metal rim and sparkling abrasive surface, cool grey industrial lighting

Wheel geometry

Parallel, cup & ring, peripheral and internal profiles.

Structure classification and concentration

Wheel performance depends on how the abrasive layer is built and how the diamond concentration is adjusted.

Wheel series overview
TypeBond / structureTypical application
Bronze diamond grinding wheelMetal bond, various grain structuresHard alloy, glass, ceramics, gems
Resin diamond grinding wheelResin bond, adjustable concentrationPrecision finishing of hard materials
Ceramic diamond grinding wheelCeramic bond, friable grainGlass, ceramics, silicon wafers
Electroplated diamond grinding wheelNickel layer, single diamond layerHigh-accuracy grinding and dressing
Internal / centerless grinding wheelMatched to machine geometryInternal surfaces and centerless lines

Concentration is adjusted by changing the diamond volume in the abrasive layer: a lower concentration gives a more open, faster-cutting wheel, while a higher concentration gives a denser, more durable wheel with a finer result. Fine adjustments are made through the grain size, structure and dressing method chosen for the workpiece.

Specify your wheel

Send us the workpiece material, wheel shape and size, and the process step you need to run, and we will recommend the bond type, grit and concentration accordingly.

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