Post Date: 2016-09-14
Diamond grinding wheel and CBN grinding wheel are the most typical tools in superhard material tools, and according to the types of bond, it can be divided into metal bond, ceramic bond and resin bond. With the development of superhard material tool technology, it can process almost all of the known materials, greatly improving machining efficiency and machining quality in the fields of various mechanical precision machining.
Especially as an important part of high speed, precision, CNC, microfabrication and other advanced manufacturing technology, its applications mainly include two fields: one is the processing field of hard and brittle materials, which mainly refer to sapphire, monocrystalline silicon, polycrystalline silicon, magnetic material, silicon carbide, refractory material, glass, geological drilling and other hard and brittle materials processing fields; The other is all kinds of mechanical precision machining industries, which mainly refer to electronic, machinery, automobile, new energy and other precision machining fields.
Before the advent of diamond tools, people can only rely on heavy manual work, but now, low efficiency machining for hard and brittle materials has become the history, replaced by mechanical and electrical integration- a modern advanced processing method, so the machining efficiency is greatly increased. Diamond grinding wheel is the most effective tool now in magnetic material, sapphire, silicon materials, building ceramics, stone materials, concrete and other processing fields of hard and brittle materials.
The production of superhard material tools has gone throughout the world, and grinding and cutting tools are manufactured better in Japan, Germany, the United States and South Korea. Superhard material tools have been widely used in many fields and countries but other abrasive products are being reduced year by year. Because superhard material products have prominent characteristics such as high efficiency, energy saving, long service life, etc., its efficiency and life are several times higher than traditional tools.