BTMX Rare Earth Technology Co., Ltd. owns the patented technology of dry dynamic fluorination synthesis. It is a scientific and technological entity enterprise integrating the scientific research and production of new rare earth materials, new technologies, new processes, and new equipment. The company has a production capacity of 2500 tons of new fine rare earths. Catalytic material industrialization project, 8000 tons of high-performance rare earth polishing material industrialization project, the main products are rare earth polishing powder, rare earth metal, rare earth fluoride, rare earth special compound, high purity rare earth five series, more than 50 Brand rare earth application products.
The high-performance rare earth polishing powder products produced by the company can be applied to 4 categories, including high-end LCD level, LCD/optical level, high-end optical level, and ordinary optical level, which can meet the requirements of 3D glass, 2.5D glass, liquid crystal display, LCD module, ITO Conductive glass, high-definition TV screens, photomasks, TFT glass substrates, spectacle lenses, cell phone glass, watch glass, craft glass and accessories, etc.
Rare earth metals are widely used in special steel and non-ferrous metal additives, cerium-iron-boron permanent magnet materials, hydrogen storage matrix materials, and can also be used as reducing agents, grain refiners, steel additives, desulfurizers, and deoxidizers for preparing other rare earth metals etc.
Rare earth fluoride is widely used in optical coatings, fiber doping, laser crystals, rare earth metal laser materials, fluoride glass optical fibers, in the preparation of scintillators required by modern medical image display technology and nuclear science, and used in lighting sources to produce arcs Lamp carbon electrode. It is used as a material for drawing lanthanum fluoride single crystal, rare earth infrared glass, in chemical analysis for the manufacture of fluoride ion selective electrodes, in the metallurgical industry for the manufacture of special alloys and electrolytic production of certain metals.
Rare earth special compounds are widely used in glass additives, automobile exhaust purification catalysts, polishing powders, hydrogen storage materials, thermoelectric materials, cerium tungsten electrodes, cerium silicon carbide abrasives, fuel cell raw materials, gasoline catalysts, certain permanent magnet materials, and various alloy steels And non-ferrous metals, manufacturing precision optical glass, optical fiber. Also used in the electronics industry as ceramic capacitors, piezoelectric ceramic dopants. It is also used as a raw material for lanthanum boride and a catalyst for petroleum separation and refining.