Causes of workpiece burns that may occur during grinding: The amount of grinding is large;The grinding wheel is not trimmed in time;Cooling method;Workpiece material.There are many factors that affect...
For PCD material tool manufacturing, laser processing has great technical advantages.The main disadvantage of laser processing is the thermal impact on the tool surface layer, further grinding and pol...
The manufacturing process of the sintering method is: process a mold according to the drawing, and then use artificial implantation to place large diamond particles in the mold in an orderly manner ac...
PCD micro drills mostly use laser cutting and wire EDM technology to cut the PCD pre-slabs, and then use laser engraving or profiling electrode EDM grinding to shape the tool geometry. Finally, a high...
PCD tools are the most representative and widely used type of diamond tools in mechanical processing. Currently, about 30% of PCD tools are used for wood processing. PCD cutting tools can process all ...
Moresuperhard provide vitrified diamond grinding wheel for grinding and sharpening single crystal diamond tools if your grinder can be used with coolant.Moresuperhard vitrified diamond grinding wheel ...
Moresuperhard mainly exhibited ceramic bonded diamond products. It mainly includes ceramic bond optical profile grinding wheels, ceramic diamond peripheral grinding wheels, 10000# ceramic diamond gr...
A&G EXPO features abrasives, superhard materials and products, covering the latest technologies and products in the entire grinding industry chain, and providing grinding solutions.The 6th A&G EXPO wi...
More Superhard supplies domestic 8-inch CVD diamond heat sink wafers, mass-produced in February 2026, with ultra-high thermal conductivity and excellent thermal expansion matching. Widely used in semiconductor, laser, aerospace and other fields, please call the consultation hotline for details.
Diamond heat spreaders offer ultra-high thermal conductivity up to 2000 W/m·K, excellent electrical insulation, and outstanding chemical stability. Widely used in AI data centers, 5G/6G base stations, high-performance computing, aerospace, and power semiconductor modules, diamond thermal substrates significantly reduce chip junction temperature and enhance long-term device reliability.
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