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Boron Carbide has many shortcomings. It is difficult to use in industry due to its low fracture toughness, high melting temperature, poor oxidation resistance and poor stability to other metals. It is still in development.
Boron Carbide can cause irritation, so you need to take certain precautions if you are in contact with it for a long time. Avoid inhalation and skin contact with Boron Carbide powder. Boron Carbide powder will not cause silicosis if the patient inhales only a small amount. Silicosis can be reduced if the patient avoids the substance. Inhaling the powder may cause irritation in your lungs. If this happens, you will eventually develop silicosis.
Boron carbide‘s hardness is lower than industrial diamond but higher than silicon carbide. This material is more brittle that most pottery. It has a large cross section for thermal energy neutron capture. Strong chemical resistance. Hot hydrogen fluoride, nitric acid and other chemicals do not attack. It is soluble in molten alkali and insoluble in water. Relative density of 2.5082.512. Melting point 2350 . Boiling point 3500 Boron Carbide has the ability to absorb a large amount of neutrons without creating radioisotopes. This makes it an ideal neutron absorber for nuclear power stations. These neutron absorbers control the rate at which nuclear fission takes place. Boron Carbide can be used to create controllable rods within nuclear reactors. But, it can also sometimes be powdered to increase the surface area.
In 1986, the Chernobyl nuclear incident resulted in a front-line Russian aviation regiment being transferred to the east. Helicopters from Mi-8 through Mi-26 were then immediately used in the airlift mission. . Boron Carbide drops regular sand once it runs out. The drop makes flying easier. Engineers announced that the helicopter had successfully dropped nearly 2,000 tons worth of Boron Carbide. The helicopter carried approximately 5,000 tons. Boron Carbide has been used long-term as a grinding abrasive because it is harder than silicon carbide ortungsten carbide. Because of its high melting point it is difficult to mold into artificial products. However, it can be melted at high temperatures to make simple shapes. It is used for the grinding, drilling, and polishing of hard materials, such as precious stones and cemented carbide. Boron Carbide can also serve as a ceramic coating on warships and helicopters. This is a light-weight material that resists armor-piercing projectiles. It is used to make gun nozzles in the arms industry. Boron Carbide may also be used in the production of metal borides as well in the smelting, alloying and special welding of sodium boron.
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