High purity rhenium is a kind of rare metal, mainly used in the production of semiconductors and special alloys. High purity rhenium is mainly used in the production of semiconductors, special alloys, etc. The main components used in the manufacture of supercomputers. High purity rhenium is the world’s first synthetic artificial radioisotope. It was synthesized for the first time at the French scientific research institution Paris Institute of Atomic Research on December 17, 1958. Its half-life is 2.3×10 years, which is the longest known half-life. isotope.

High purity rhenium is a refractory metal with a melting point of 3180°C, second only to tungsten among metals. High purity rhenium has extremely high strength and mechanical strength, wear resistance and corrosion resistance. Unlike other refractory metals, high purity rhenium is soft, ductile, easy to machine, and can be prepared into various profiles; in addition, high purity rhenium has no brittle critical transition temperature and can maintain plasticity from low to high temperatures. Excellent creep resistance.

High purity rhenium can be cut according to customer requirements. Advantages and characteristics of high purity rhenium: Products with different granularities can be manufactured and customized according to user needs. High purity rhenium application: Mainly used in alloy addition, vacuum coating, sputtering target, magnetic material, hydrogen storage alloy, or rare earth aluminum alloy. It can also be used as grain refiner, additive and manufacturing of rubidium iron boron permanent magnet. Magnetostrictive alloys, magneto-optical recording materials, nuclear fuel diluents, etc.