Three Kinds of Synthetic Diamond Abrasive

Synthetic diamond micro-powder refers to synthetic diamond abrasive particles whose particle width is smaller than 36/54 microns. It is produced by artificial diamond single crystal abrasive grains, after crushing and shaping treatment, using a special process method.

Single crystal diamond powder

Single crystal diamond powder is produced by artificial diamond single crystal abrasive grains, after crushing and shaping treatment, using a special process method of super hard materials. Diamond powder has high hardness and good wear resistance, and can be widely used in cutting, grinding, drilling, polishing and so on. It is an ideal raw material for grinding and polishing hard alloys, ceramics, precious stones, and optical glass. Diamond powder products are tools and components made of diamond powder processing.

Polycrystalline diamond powder

Polycrystalline diamond micro powder is made of graphite by a unique directional blasting method. The shock wave of directional blasting of high-explosive explosives accelerates the flying metal sheet, impacts the graphite sheet and causes graphite to be transformed into polycrystalline diamond. Its structure is very similar to that of natural diamond. It is made of unsaturated bonds and has good toughness.

Nano diamond micro powder

Nanotechnology is a high-tech that emerged after the 1990s. Nano-sized diamond is composed of diamond particles with nanometer size, that is, one billionth of a meter. It is a new material synthesized by explosive technology in recent years. It not only has the inherent characteristics of diamond, but also has a small size effect, a large specific surface area effect, a quantum size effect, etc., and thus exhibits the characteristics of nanomaterials. The diamond synthesized in the detonation wave has a cubic structure, the lattice constant is (O.3562 + 0.0003) nm, the crystal density is 3.1g / cm³, and the specific surface area is 300m² / g ~ 390m² / g. After treated with different chemical methods, a variety of different functional groups can be formed on the diamond surface, and this diamond crystal has a high adsorption capacity.