Boron carbide structural formula Boron carbide is a compound with the chemical formula BC, and its structural formula is as follows: B=C=B Boron carbide is made of carbon atoms and boron atoms connected by covalent bonds. In the structure of boron carbide, the bond between the carbon atom and the boron atom is composed of

Applications of boron carbide as chemical raw material: Boron carbide powder is activated by halogen and can be used as a boronizing agent for steel and other alloys to boronize the steel surface to form a thin layer of iron boride to enhance the strength and wear resistance of the material. Boron carbide can also

Outlook of Boron Carbide Downstream Application Market In the long run, among several major downstream markets, the refractory and nozzle markets are considered to be saturated. At the same time, affected by the slowdown in the development of downstream industries, it is expected that the contribution to the demand for boron carbide in the future

Boron carbide physical properties • The density of boron carbide is close to 2.52 g/cm3. • The melting point of boron carbide is 2445 °C. • The hardness range of boron carbide is 2900 – 3580Kg/mm2 (Knoop 100 g). • The fracture toughness of boron carbide is 2.9 – 3.7 MPa−1/2. • The Young’s modulus

Applications of boron carbide as chemical raw material: Boron carbide powder is affected by boron activator and can be used as a boronizing agent for steel and other alloys to leach boron on the steel surface to produce a thin layer of iron boride to enhance the strength and wear resistance of the material. When

Aluminum-based boron carbide neutron absorbing material Aluminum-based boron carbide neutron absorbing material is an aluminum alloy matrix with a boron carbide content of 10-40%. The boron carbide is dispersed in an aluminum or aluminum alloy matrix to form a composite material. It is mainly used as a fuel storage grid for neutron absorption. The material