Processing gemstones is an ancient and mysterious art and skill. It combines science, technology and creativity, and demonstrates human pursuit and exploration of beauty.Moresuperhard hopes that we c...
Recently,We received a inquire of vitrified diamond grinding wheel for rough grinding PCD cutting tools.After communicating with the customer, we learned that the grinding wheel used by the customer h...
Use diamond grinding wheels to perform rough grinding, semi-fine grinding, and fine grinding on single crystal diamond tools. If there are polishing requirements, a cast iron disc may be used for ultr...
In response to the needs of end customers for grinding PCD tools, this article proposes an optimized processing plan through the analysis of customer equipment, workpieces and processing parameters. T...
Sapphire consists of Al2O3 and has a Mohs hardness of 9, which is second only to superhard materials in hardness. Due to its superior light transmittance and wear resistance, it is mostly used in the ...
Possible causes and solutions for grinding wheel blackening.The hardness of the grinding wheel is too high,Grinding wheel clogging,The temperature of the grinding wheel is too high,Excessive feed amou...
A natural diamond requires carbon atoms to be born at a depth of 150-200 kilometers underground and undergo hundreds of millions of years of high temperature and pressure. To appear in front of people...
Moresuperhard has rich experience in grinding CVD/MCD diamond cutting tools.Usually,vitrified bond diamond grinding wheels are more suitable for grinding single crystal diamond cutting tools and mores...
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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