1. High hardness: The hardness of black silicon carbide is second only to diamond, with a Mohs hardness of about 9.2, which enables it to provide excellent cutting force and wear resistance during polishing and is suitable for polishing hard materials.
2. Strong wear resistance: Due to its high hardness, black silicon carbide polishing powder is not easy to wear during use, thus ensuring the durability of the polishing effect.
3. Good thermal stability: Black silicon carbide polishing powder can still maintain its excellent polishing performance under high temperature environment and has good thermal stability.
Black silicon carbide
4. High chemical stability: Black silicon carbide has strong resistance to a variety of chemical substances and is not prone to chemical reactions, which helps to maintain the stability and durability of the polishing powder.
5. Uniform particles: Black silicon carbide polishing powder is finely processed and the particles are evenly distributed, which helps to achieve a finer polishing effect.
6. Good thermal conductivity: Black silicon carbide has good thermal conductivity, which helps to quickly dissipate heat during the polishing process and reduce material damage caused by heat accumulation.
7. Wide application: Black silicon carbide polishing powder is widely used in the optical field, ceramic industry, jewelry processing and other fields for fine polishing of precision components and precious materials.