Factory supply hot sale high Purity 93% chemicals Micron level B4C CAS 12069-32-8 Boron carbide powde High-Entropy Alloy

Industry Application Role/benefit Nuclear reaction Control of nuclear fission Thermal-neutron absorber/absorbs a large number of neutrons and dose not form any radioactive isotopes Wear applications Grinding, milling, drilling and polishing of gemstone, cemented carbide, etc. Abrasives/high hardness and wear resistance Nozzles High-pressure water jet cutter nozzles and grit blasting nozzles High hardness and good presure, temperature and wear resistance Medicine Boron neutron capture therapy for brain cancer Neutron absorber/absorbs neutrons without forming radioactive isotopes Coatings Ceramic coating of warships and helicopter Coating material/light weight and good resistance to piercing shell Scratch and wear resistant coatings Coating material/high hardness and wear resistance Chemical manufacture Manufacturing of metal boron compounds Source of boron Others Cutting tools and dies High hardness and wear resistance Brake linings of vehicles Additive/increases the hardness and wear resistance of linings Inner plates of ballistic vests Light weight and good resistance to bullet (1) Powder is used as abrasive material, the molded article can be used for wear-resistant material, also used for nuclear reactor. (2) It is used for grinding carbide, precious stones and other hard materials, grinding, drilling and polishing, metal boride manufacturing and smelting boron steel, boron alloys and special welding. Abrasive. In the manufacture of hard and chemicals-resistant ceramics or wear-resistant tools. Finely pulverized B4C can be molded under (considerable) pressure and heat. Boron carbide (B4C) is a hard, black crystal that is used as an abrasive powder and as an additive to strengthen composite parts in aircraft. Boron carbide is a hard boron-carbon ceramic material used in tank armor, bulletproof vests, engine sabotage powders, neutron absorber, cutting tools and dies and in brake linings of vehicles. It acts as an antioxidant additives in magnesia-carbon bricks. It is used as a precursor in the production of boron containing materials such as titanium boride.