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

EINECS number of boron carbide EINECS number of boron carbide 235-111-5 Boron carbide chemical compostion Molecular Weight (g/mol.) 55.25515 Theoretical Density (g/cm3) 2.52 Melting Point (°C) 2450-2723 Boiling Point (°C) 3500 Specific Heat (cal-mol-c) 12.5 Specific Gravity 2.51 Knoop Hardness 2750 Crystallography Mono-crystalline Our company has been producing boron carbide for 30 years and has

1) Application of boron carbide structure as material In the industrial application field of boron carbide materials, boron carbide is first used as an abrasive, from powder with a particle size of 1um to pellets with a diameter of 10mm. For example, boron carbide is used as an abrasive for other hard materials such as

Study on the effect of boron carbide on the performance of silicon-based ceramic cores Using quartz glass powder as the base material, adding 0 to 1wt.% boron carbide as the mineralizing agent, a silicon-based ceramic core was prepared by hot pressing. The effects of different boron carbide contents on the comprehensive performance of the silicon-based

Chemical stability of boron carbide Boron carbide is one of the most stable compounds and is not prone to oxidation reactions below 600°C; when the temperature is higher than 600°C, a B2O3 film is formed due to surface oxidation, preventing further oxidation of B4C. Antioxidants. The film has significant micropore size (HV=24GPa) and fatigue resistance.

What is the difference between boron carbide and boron oxide? Boron carbide (boron carbide), also known as black diamond, has a molecular formula of B₄C and is usually a gray-black powder. , bulletproof vests and many industrial applications. Boron carbide can absorb a large number of neutrons without forming any isotopes, so it is an