The raw material of sintered silicon carbide ceramics is a high-purity silicon carbide fraction with a content of 98-99%. In most cases, SiC advanced ceramic manufacturers adopt black silicon carbide particles and black silicon carbide powder. Those SiC ceramics are SiC ceramic pumps,  nozzles,  wear-resistant plates, sealing rings, and other products. In recent years, the demand for silicon carbide ceramics developed in the new energy vehicle industry. Silicon carbide ceramics in the field of lithium batteries have new development prospects.

Silicon carbide(Carborundum) Powder is the main raw material for silicon carbide composite ceramics. The superb thermal and chemical performance helps ceramic enhance strength, anti-corrosion, and thermal resistance.

Green silicon carbide micro powder is ideal for polishing hard and brittle materials. Plastic part made from bakelite powder is one of them.

Silicon carbide is an important raw material in modern industries. There are applications including advanced SiC ceramic, abrasive, non-slip, semiconductor, etc. Let’s see how it is developed.

Generally, Silicon carbide grit is always used for grinding on glass, marble, and granite for its awesome hardness. But in particular, silicon carbide works well for blasting on brass, copper alloy, aluminum alloy, titanium alloy, tungsten steel, and other metals.

Green silicon carbide powder is fine-grained silicon carbide powder, and its silicon carbide content can reach 99%. In order to define the fineness of the powder, countries divide the particle range of silicon carbide and assign specific grits. Green silicon carbide F600 grit belongs to the category of European standard FEPA, and green silicon carbide JIS600 grit belongs to the Japanese standard JIS category. The JIS labeling is more detailed for powders with particles ranging from 63 microns to 1 micron.