Sintered highly active chromium carbide powder
Chromium carbide powder can be compounded with other wear-resistant material powders (such as tungsten carbide and molybdenum disulfide) to form a composite coating, which features both high wear resistance and self-lubrication, with a friction coefficient as low as 0.05. It is suitable for working conditions without lubrication or where lubrication is difficult. On the surface of the drying cylinder of papermaking machinery, this composite coating can reduce the frictional damage to the paper, prevent the paper from sticking together, and improve production efficiency. The particle size of the powder is uniform, with a particle size distribution deviation of less than 10%, which can ensure the uniformity of the microstructure of the coating and avoid performance defects. Chromium carbide powder is often irregular grayish-black particles with a particle size of 10-40μm, a purity of ≥98%, and a free carbon content of ≤0.5%. It features high hardness and excellent wear resistance, with a bulk density of 2.9-3.2g/cm³, and is suitable for thermal spraying and surfacing processes. It is widely used for surface strengthening of easily worn parts such as mine crusher liners and metallurgical roller tracks, effectively resisting material erosion and extending the service life of equipment.
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