The grinding wheel is the most important type of grinding tool in cutting processing. The flat cutting disc on sale is a porous body which is prepared by adding a binder at the end and is subjected to compression, drying and calcination. Due to the different abrasives, binders and manufacturing processes, the characteristics of the grinding wheel vary widely.

This has an important impact on the quality, productivity and economy of the cutting process. The characteristics of the grinding wheel are mainly determined by factors such as abrasive, particle size, binder, hardness, structure, shape and size. There are many types of grinding wheels, which can be divided into broken abrasive wheels and natural abrasives according to the abrasive used. According to the shape, it can be divided into a flat grinding wheel, a beveling grinding wheel and the like.

According to the bonding agent, it can be divided into a ceramic grinding wheel, a aluminum flat cutting disc, a rubber grinding wheel, a metal grinding wheel and the like. The characteristic parameters of the grinding wheel mainly include abrasive, viscosity, hardness, bonding agent, shape and size.
 Grinding wheel grinding tools are an indispensable tool for cutting and processing. Whether the grinding wheel is suitable or not is an important condition that affects cutting quality and cutting cost. There are many types of grinding wheels, and there are various shapes and sizes. Due to the different abrasives, binder materials and grinding wheel manufacturing processes, various grinding wheels have different working performances. Each type of grinding wheel has a certain range of use according to its own characteristics.

Therefore, the cutting teaches you that you must use the appropriate grinding wheel according to the specific situation. Otherwise, the machining accuracy, surface roughness and production efficiency will be directly affected by improper selection of the grinding wheel.

The final choice depends mainly on the workpiece material and the heat treatment method. A material with a high tensile strength is selected from a highly abrasive material. A material with a low hardness and a high elongation is a brittle abrasive. A material with a high hardness is a harder abrasive.