With the rapid growth of market demand, diamond tool companies from various regions have taken up the initiative,

The drawbacks of electroplated diamond grinding wheels are that there is no solid chemical metallurgical bonding between the coated metal and the substrate and the abrasive interface. In practice, the abrasive is only mechanically embedded and embedded in the coated metal, resulting in low operating force. The heavy load of diamond particles during grinding can easily detach and cause overall failure; To add control force, it is necessary to add a coating thickness. The result is that the exposed height of the abrasive particles reduces the space for debris, the grinding wheel is prone to blockage, the heat dissipation effect is poor, and the surface of the workpiece is prone to burns.

Diamond grinding wheel

China has become an important producer, user, and exporter of diamond tools, with an annual output value exceeding 10 billion yuan. Developed countries all consider superhard materials and products, including synthetic diamonds, as key development points. The research and application level of superhard materials and products to some extent represents a country's technological development level.

Diamond grinding wheels are widely used in the IC industry chain for cutting, chamfering, polishing, thinning, etc. Currently, most Japanese and Taiwanese companies occupy both foreign and domestic markets.

In the daily use of grinding machines, we often find that some operators, regardless of the type of grinding machine, arbitrarily use the side surface of the grinding wheel for grinding, which is a serious violation of operating regulations. According to the regulations, it is not advisable to use the side surface for grinding with a circular surface grinding wheel. This type of grinding wheel has a high radial strength and a low axial strength, which can cause the grinding wheel to break when the operator applies too much force. This behavior should be stopped in practical use.