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With the rapid development of electronics, machinery, optics and other industries, resin grinding wheels have put forward higher and higher requirements for the processing surface quality and processing efficiency of hard and brittle materials such as single crystal silicon, stainless steel, and cemented carbide. Even facing some challenges, technological products are not innovative, and product energy conservation and emission reduction are restricting its development.
According to the abrasive, the grinding wheel can be divided into ordinary abrasive (corundum and silicon carbide, etc.) grinding wheel, natural abrasive superhard abrasive and (diamond and cubic grinding wheel boron nitride, etc.) grinding wheel.
According to the shape, the grinding wheel can be divided into flat grinding wheel, cylindrical grinding wheel, bevel grinding wheel, dish grinding wheel, etc.
According to the binder, the grinding wheel can be divided into metal grinding wheel, rubber grinding wheel, resin grinding wheel, ceramic grinding wheel and so on.
Grinding wheel and grinding technology affect the processing quality of engineering ceramics processing, processing cost and its application, semiconductor silicon chip materials such as grinding processing technology and quality affect the further development of computers and the development of information technology industry. Therefore, grinding wheels and their grinding are widely used in various industries, and the progress of science and technology and the entire national economy play an important role.