Product Name: Cobalt Carbide (Co3C) 
Specification: 0.8-10um (D50) 
Appearance: Irregular 
Color: Black Grey 
Properties: High hardness, high melting point, high conductivity, high catalytic activity, wear resistance, and excellent catalytic performance 
Application: It can be used to prepare wear-resistant coatings or composite materials, and is also an important functional catalytic material

Cobalt Carbide 
Chemical formula: Co3C 
Melting point: 1400 ° C 
Density: 4.13 g/cm ³ 
Appearance: Grey black powder 
Crystal System: Hexagonal 
Preparation method 
1. Direct carbonization of cobalt metal or cobalt oxide: High temperature treatment of cobalt metal or cobalt oxide in a controlled carbon source (such as CO, CH.) atmosphere. 
2Co+CH ₄ → Co ₂ C+2H ₂ or 2Co+CO → Co ₂ C+CO ₂ 
2. Chemical vapor deposition: using cobalt organic metal precursors for decomposition deposition. 
3. Solution method: Synthesize nano-sized cobalt carbide through organometallic chemical methods at lower temperatures. 
purpose 
1. Catalytic field: High efficiency catalysts for Fischer Tropsch synthesis, hydrogenation desulfurization, and organic catalytic reactions, with activity superior to some cobalt based carbides. 
2. Hard coating: wear-resistant coating on the surface of precision cutting tools and micro molds, combined with other coating materials to enhance wear resistance and impact resistance. 
3. Energy materials: Negative electrode additives for lithium-ion batteries to improve electrode conductivity and charge discharge efficiency, requiring modification to enhance cycling stability. 
Packaging and Storage 
Vacuum/high-purity inert gas sealed packaging, stored in a dry, cool, and dark place; Stay away from high temperatures, oxidants, and humid environments. Long term exposure to air is strictly prohibited to prevent oxidation and disproportionation deterioration