Application of Boron Carbide in Welding Materials Boron carbide B4C has the characteristics of high strength、hardness and wear resistance,  The application of boron carbide in welding materials: 1、 Adding boron carbide to welding materials can improve hardness and wear resistance. It is an ideal additive for improving the hardness and wear resistance of welds, enhancing

Boron carbide structural formula Boron carbide is a compound ， the chemical formula B4C, and its structural formula is as follows:B=C=B Boron carbide is composed of three covalent bonds between carbon and boron atoms. This is because the C and the B have three valence electrons. The covalent bond between C and B is non-bonded，giving

Boron carbide is a chemical raw material with high hardness/melting point, stable chemical properties, and neutron absorption characteristics. The following are the specific applications of boron carbide in chemical raw materials: Metal based friction material additives: Boron carbide is used as an additive in metal based friction materials to improve their hardness and wear resistance.

Outlook of Boron Carbide Downstream Application Market      Boron carbide is mainly used in the abrasive industry, nuclear industry, and military market      Sapphire processing is the most important application of boron carbide in the abrasive industry. Boron carbide is often used to polish the sapphire mirror of high-end watches, but its quantity

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

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%. it can storage and transportation of spent fuel from nuclear power plants. New fuel and spent fuel are radioactive and will emit harmful neutron rays during storage and transportation. The large