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    The Applications of Boron Carbide Powder

    Overview of Boron Carbide powder Boron carbide It is low in density and strong, has good high temperature stability, chemical stability, as well as good strength. It is therefore widely used in wear-resistant material, ceramic reinforcement phases and lightweight armor. Boron carbide has a lower cost of production than diamond and cubic-boron nitride. This makes it more popular. It is sometimes used in place of expensive diamonds for polishing and grinding, drilling, etc.
    B4C powder features high purity, low particle size distribution and a large specific surface area. B4C powder can be described as a synthetic superhard materials with a hardness level of 9.46, a microhardness range of 56-6200Kg/mm2, an average of 252g/cm3, a melting point at 2250 degrees Celsius and a ratio of 2.52g/cm3.
    Chemical properties, non-magnetic. High temperature and low temperature resistance. Strong acid. Strong alkali. Boron carbide has the ability to absorb neutrons, emits no harmful radiation and is not subject to secondary radiation pollution. It is less hard than diamond. Boron carbide, one of the most stable acids, is stable in all concentrated and dilute acid solutions. Boron carbonide is stable below 800 degrees Celsius in an ambient air environment. The boron dioxide, which is the result of oxidation at high temperatures, is lost in gas phase. This makes it unstable and can then be oxidized into carbon dioxide and/or boron trioxide.
    Boron carbide absorbs a large amount of neutrons and does not form radioactive isotopes. It is a great neutron absorber for nuclear power stations. It is used to control nuclear fission's rate. Nuclear reactors use Boron carbide. A controllable rod, sometimes powdered due to the larger surface area.
    Boron Carbide B4C Powder Cas 12069-32-8
    What are the potential applications Boron Carbide powder?
    It is capable of controlling nuclear fission. It is a good neutron absorber to nuclear power plants. It is mainly used to control the rate at which nuclear fission takes place. The majority of Boron is made into controllable rods for nuclear reactors. However, the surface area increases can sometimes make it into powder.
    Abrasive: Boron Carbide has been used for many years as a coarse abrasive. The powder is easy to melt into simple shapes, however, because of its high melting points. It can withstand high temperatures. Useful for polishing, grinding, drilling, and grinding hard materials, such as gems and cemented carbide.
    Boron carbide is also a coating paint that can be used on warships and helicopters. The coating forms an overall defense layer and is lightweight.
    Nozzle: Boron carbide can be used to make a spray gun nozzle for the ordnance business. Boron carbide is very hard and wear-resistant. It does not react to acid or alkali and can withstand high pressure and high temperatures. Boron carbide is used to make metalborides, smelt boron and boron alloys, special welding and other purposes.
    Boron Carbide powder supplier
    Tech Co., Ltd. () is a professional carbide powder Over 12 years' experience in chemical product development and research. We accept credit cards, T/T and West Union payments. We will ship goods overseas via FedEx, DHL and by air or sea to our customers.
    You can find high-quality powdered boron carbide here Please contact us Send an inquiry


    Livermorium Neutrons

    livermorium neutrons are produced in nuclear fusion reactions. They are also released during the formation of a new element (such as uranium).

    Element 116 was first synthesized in 2000 by researchers from Lawrence Livermore National Laboratory and scientists from the Joint Institute for Nuclear Research, Dubna, Russia. Its name, livermorium, honors the city of Livermore and LLNL, where the experiment took place.

    The discovery of element 116 was made in a team led by Yuri Oganessian, Vladimir Utyonkov and Kenton Moody at the Joint Institute for Nuclear Research in Dubna. The team bombarded curium targets with calcium to produce the element.

    During the reaction, the nuclei of calcium-48 fused with the nuclei of curium-248. This resulted in the production of eight more atoms of livermorium.

    Chemically, livermorium is a p-block transactinide element in group 16 of the periodic table. It is the heaviest element in this group. It is predicted to have some similar properties to the lighter homologous elements (oxygen, sulfur, selenium, and tellurium) but it is also expected to behave as a post transition metal.

    The atomic mass of livermorium is 293 g/mol. It has a covalent radius of 164 pm. This reflects the fact that the atomic nucleus occupies a much smaller space than the atom's outer shell of electrons. The difference is a measure of the nuclear binding energy which holds the nucleus together.

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