In industrial production, grinding wheels are widely used in processes such as metal processing, cutting, grinding, and polishing. It cuts and grinds the surface of the workpiece through high-speed rotating abrasive particles, removing materials from the workpiece surface and improving the accuracy, smoothness, and aesthetics of the workpiece.

Grinding wheel is a type of grinding tool used in machining processes such as grinding, cutting, grinding, and polishing, mainly composed of three parts: abrasive, binder, and porosity. Among them, abrasive is the main working part of the grinding wheel, which determines the cutting performance of the grinding wheel; Binders are materials that bond abrasives into the entire grinding wheel. Common binders include ceramics, resin, rubber, etc; Pores help to dissipate heat and remove debris during 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.

Grinding wheel, as an important tool in the field of industrial grinding, is widely used and indispensable. From the manufacturing of precision mechanical parts to the processing of large metal materials, grinding wheels play a crucial role. This article will provide a detailed introduction to the basic concepts, types, working principles, application areas, and maintenance of grinding wheels, aiming to help readers fully understand the importance and usage methods of grinding wheels.