Micron Diamond Powder

RVD synthetic industrial diamond powder w0-0.5 to w6-12 Description: synthetic diamond, man-made diamond that is usually produced by subjecting graphite to very high temperatures and pressures. Synthetic diamond resembles natural diamond in most fundamental properties, retaining the extreme hardness, broad transparency (when pure), high thermal conductivity, and high electrical resistivity for which diamond is highly prized. Monocrystalline diamond powder is a new type of

Medium Toughness Micron Diamond Powder Yellow​ HID B Description: Diamond is made of pure carbon. The hardness and optical properties of diamond are unique because of its compact, tightly bonded crystalline structure. The conditions needed to produce this structure were for many years believed to be very high temperature and pressure, similar to the growth environment for natural diamonds. Using high-quality diamond as raw material, through our advanced technology of the

HID A Metal Bond Monocrystalline diamond powder 0.05um-60um Description: Monocrystalline diamond powder is relatively inexpensive to produce and therefore widely used for grinding, lapping and polishing applications. Industrial diamonds are used for the cutting and grinding of very hard materials, for optical devices, such as lasers, for heat dissipation, and for diamond coatings to produce enhanced wear resistance. Particle Size Distribution Specification for Superabrasive

High Toughness Monocrystalline Micron Diamond Powder HID A+ Description: Single crystal diamond is produced by HPHT (high-pressure, high-temperature) synthesis. The diamond particles feature an oriented crystal structure with parallel-running cleavage planes, similar to natural diamond. For diamond tools, particle fracturing provides a self-sharpening mechanism and thus increases tool life. Single crystal diamond is a popular choice for precision grinding, lapping and