Introduction to Ultrafine Graphite Powder

Ultrafine graphite powder is the graphite powder obtained through ultrafine grinding and screening by a grinding machine. The smaller the particle size of the ultrafine graphite powder, the better the change in its physical and chemical properties, and ultrafine graphite powder does not require additives. This opens up a good way for the application of inorganic structural materials. The smaller the diameter of the ultrafine graphite powder particles, the larger its total specific surface area will be, and the surface energy will increase accordingly, thus having higher chemical activity.

Compared with ordinary graphite powder, the ultrafine graphite powder material exhibits the following characteristics due to the "volume effect" and "surface effect": low melting point, high chemical activity, and good heat conductivity. The ultra-fine graphite powder produced by our company has the advantages of uniform particle size, easy mixing, high purity, high temperature resistance, and enhanced strength of components. The ultra-fine graphite powder produced by our company has the advantages of uniform particle size, easy mixing, high purity, high temperature resistance, and enhanced strength of components. Among them, the ultra-fine graphite powder used in metallurgy possesses self-lubricating properties, oxidation resistance, high-temperature resistance and plasticity under high-temperature conditions. The ultra-fine graphite powder has high lubricity, high electrical conductivity, high-temperature resistance, as well as physical and chemical properties.

Ultra-fine graphite powder can be applied in fields such as PC pipes, lubricating oil, chain lubrication, metallurgical industry, and cables. By coating the surface of cables with a solution of ultra-fine graphite powder, graphite can be applied to the cable, which can reduce air pollution caused by the suspension of a large amount of graphite dust in the air. The graphite coating on the coated cables has good conductivity and can ensure the successful conductance test of the non-metallic sheath of the cables.