Mainly used to manufacture phosphate optical glass, fluorophosphate optical glass, and phosphosilicate optical glass. Metaphosphate is suitable for high melting point optical glass and is used to manufacture high-power laser systems, high repetition rate lasers, glass covers for precision-guided missiles, cruise missiles and military aircraft, absorbing coating glass materials, mobile phone lenses, advanced cameras, Glass materials for digital camera lenses, vehicle or security monitoring and other imaging equipment lenses, and high-aluminum cover display glass materials. It is also used in high-temperature adhesive materials, refractory materials, ceramic materials, special glass sealing materials, etc.

Metal beryllium is used to manufacture special beryllium-containing alloys such as beryllium aluminum, beryllium titanium, beryllium nickel, and beryllium tungsten. Metal beryllium is processed into beryllium powder, beryllium profiles, beryllium rods, beryllium blocks, beryllium wires, beryllium mirrors, and beryllium foil (sheets), which are used in nuclear reactors, nuclear weapons, nuclear physics devices, space telescopes, and medical detection beryllium windows. Aluminum beryllium master alloy is used in the smelting of aluminum alloys and magnesium alloys. It can improve the cleanliness, fluidity and corrosion resistance of magnesium and aluminum, protect the oxidation and combustion of magnesium and aluminum, reduce the oxidation loss of elements, and improve the organizational structure of the alloy. Refine grains and increase strength. The beryllium copper master alloy is diluted by casting and used to make beryllium copper alloy. After solid solution aging heat treatment, products with high strength and high conductivity can be obtained. Beryllium fluoride is used in the fourth generation thorium-based molten salt reactor mixed with fluoride salt as the main coolant, and can be used as a raw material for preparing KBBF crystals. Sodium fluorobenryllate is used in magnesium alloys to reduce the oxidation of magnesium alloys when melting them. Beryllium oxide powder is used as raw material for manufacturing beryllium copper master alloy. Beryllium sulfate tetrahydrate is used as a metal beryllium complex material for OLED organic small molecule luminescent materials. Beryllium acetate is a raw material for preparing ultra-high-purity beryllium oxide, metallic beryllium, and organic beryllium compounds.

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