Molybdenum boride

CAS: 2006-99-4
EINECS: 234-502-8
Chemical formula: BMo2
Molecular weight: 202.69
Density: 9.200
Melting point: 2000 ° C

Preparation of molybdenum borohydride:
1. Adopting the reduction method. Boron oxide and molybdenum oxide are obtained by 

high-temperature reduction in the presence of carbon. They can also be directly heated 

with elemental boron and molybdenum.
2. Molybdenum reacts with boron powder under vacuum conditions of 1300-1400 ℃, and 

Mo2B is mainly formed on the surface of molybdenum
Property: 

Good conductivity: Molybdenum boride has good conductivity and can be used in electronic 

devices and conductive materials. High wear resistance: Molybdenum boride has excellent wear 

resistance and corrosion resistance, commonly used in the manufacturing of cutting tools, turning 

tools, and wear-resistant materials. High thermal conductivity: Molybdenum boride has excellent 

thermal conductivity and can be used in fields such as heat sinks, heating elements, and 

high-temperature thermal lenses.
The application areas of molybdenum borohydride include:
Tool manufacturing: Molybdenum boride has excellent hardness and wear resistance, and can 

be used to manufacture high-performance cutting tools such as drills, milling cutters, and turning 

tools. Electronic devices: Molybdenum boride is used as a conductive material in the semiconductor 

industry, and can be used to manufacture electronic devices, electrodes, and triggers. Hard coatings: 

Molybdenum boride can be used as a hard coating material, providing excellent wear resistance and

 corrosion resistance, and is commonly used in fields such as automobiles and aviation.