Application fields of grinding wheels

Metal processing: used for grinding the surface of metal parts to improve their accuracy and smoothness.

Cutting processing: Using cutting grinding wheels to cut metal or non-metallic materials.

Grinding processing: Grinding the workpiece to remove burrs, oxide skin, etc. on the surface of the workpiece.

Polishing processing: Using superhard grinding wheels to polish the surface of the workpiece, improving its glossiness and aesthetics.

The working principle of grinding wheel is mainly to use high-speed rotating abrasive particles to cut and grind the surface of the workpiece. During the grinding process, abrasive particles rub and collide with the surface of the workpiece, thereby removing the material from the surface of the workpiece. At the same time, the bonding effect of the binder keeps the abrasive particles in a certain shape and arrangement, ensuring the stability and efficiency of the grinding process.

Types of grinding wheels

Classified by abrasive: alumina grinding wheel, silicon carbide grinding wheel, boron nitride grinding wheel, etc.

Classified by binder: ceramic grinding wheels, resin grinding wheels, rubber grinding wheels, etc.

Classified by shape: flat grinding wheel, cup grinding wheel, disc grinding wheel, etc.

Classified by purpose: ordinary grinding wheels, superhard grinding wheels, cutting grinding wheels, etc.

A grinding wheel is a porous and easily worn solid grinding tool composed of abrasives, binders, and pores. Its shape is usually circular and it is installed on grinding equipment such as grinders for high-speed rotation. Abrasives are the main component of grinding wheels, and common abrasives include alumina, silicon carbide, boron nitride, etc. They determine the hardness, wear resistance, and grinding efficiency of the grinding wheel. Binders tightly bond abrasives together, commonly used binders include ceramics, resins, etc. Pores help to dissipate heat and remove debris during the grinding process.