Beta-SiC 50nm silicon carbide powder is a kind of Cubic silicon carbide. It is also known as β- SiC and belongs to the cubic crystal system (diamond crystal form). Beta SiC nanopowder has unique advantages compare with the common silicon carbide micro powder α- SiC (black silicon carbide and green silicon carbide).

Silicon Carbide Green 64C M14 for solar silicon wafer slicing is a commonly used cutting material in the photovoltaic industry. Wafer slicing is an important process in the production of solar silicon wafers. The quality of silicon carbide powder directly affects the cutting speed, surface roughness of silicon wafers, and thus the yield of silicon wafers.

Black silicon carbide powder is a type of abrasive with strong hardness and grinding ability. Black SiC powder F240 works well for grinding metal molybdenum. It can improve grinding efficiency without damaging the workpiece.

88% silicon carbide with a content of 1-10mm is a commonly used deoxidizer and refractory material in casting, which can be used to replace ferrosilicon. Silicon carbide, as a product produced in industrial batches, has multiple channels of acquisition. In addition, 88% SiC black silicon carbide is a B-grade carborundum with high cost-effectiveness, suitable for widespread application in the metallurgical industry.

Self-bonded silicon carbide refractory components have advantages such as good high-temperature resistance, chemical corrosion resistance, and high-temperature mechanical properties. The main raw material for this type of silicon carbide refractory material is a mixture of 98% silicon carbide powder and silicon carbide particles, usually 0-1mm in size. Some manufacturers also choose models such as 0.2-1mm and 1-2mm. Self-bonded refractory silicon refractory materials, such as refractory bricks, silicon carbide turbines, silicon carbide pump bodies, etc., generally have better comprehensive thermodynamic performance than refractory materials mixed with boron nitride or corundum.

Silicon carbide powder and silicon carbide particles are excellent raw materials for refractory products. It can increase the compressive strength, thermal erosion resistance, thermal stability, and oxidation resistance of refractory materials. Silicon carbide can greatly improve the thermodynamic properties of refractory products. It is mainly used for sintered silicon carbide ceramic refractory products, refractory clay, refractory bricks, refractory lining materials, refractory castables, refractory silicon carbide foam ceramics, and other products. Silicon carbide has a significant impact on the porosity and bulk density of these products,