Diamond Surface Grinding Wheels
Diamond, commonly known as "adamant" or "brilliant," is a mineral composed of pure carbon elements. It is the hardest known substance in nature, formed by carbon atoms linked together in a tetrahedral spatial structure. It is both a precious gemstone and an important industrial material, used for cutting, drilling, grinding, and as a heat sink in the electronics industry. The hardness, thermal conductivity, and electrical insulation properties of diamond make it increasingly widely used in modern high-tech industries. The production of synthetic diamonds far exceeds that of natural diamonds, and they are widely used in industry.
Characteristics
Composition and Structure: Composed of pure carbon elements, with a tetrahedral structure of carbon atoms and extremely strong bonding forces.
Hardness: The hardest substance in nature, an allotrope of graphite.
Thermal Conductivity: High thermal conductivity, nearly ten times that of silicon.
Electrical Conductivity: Pure diamond is not electrically conductive; boron-doped diamond can be used as a semiconductor.
Physical Properties: High melting point (approximately 3550℃), excellent chemical stability.
uftlity: used for surface machiningof gems and cystals
specification:diamondgrit size ranges 80#-1500#,wheels
diameter:Φ150mm-Φ600mm.
Features: good mac hining flatness and high machining efficiency.
