1.Permanent Magnetic Materials: Rare earth permanent magnetic materials, especially neodymium-iron-boron (NdFeB) permanent magnets, known as the “king of magnets of the generation”, are one of the strongest magnetic permanent magnetic materials and are widely used in automobiles, precision mechanisms, computers, industrial automation systems, aviation, spaceflight, and military technology, among other fields.

2.Catalytic materials: rare earth elements have a wide range of applications in catalysts, which can be used to synthesize automobile exhaust purification catalysts, oil refining catalysts, etc., to improve the activity and selectivity of catalysts and reduce environmental pollution.

3.Light-emitting materials: rare earth light-emitting materials are indispensable luminophores for color TVs and various displays, and are also necessary materials for manufacturing energy-saving lamps and modern green lighting sources.

4.Hydrogen storage materials: rare earth materials are used to store hydrogen batteries, which are important materials in the field of new energy.

5.Polishing materials: rare earth materials are used for polishing devices to improve the polishing effect.

6.Metallurgical industry: rare earth metals or fluoride, silicides added to steel, can improve the processing performance of steel, rare earth metals added to magnesium, aluminum, copper, zinc, nickel and other non-ferrous alloys, can improve the physical and chemical properties of the alloys
Rare earth metals can improve the physical and chemical properties of alloys.

7.Petrochemical industry: Rare earth petroleum cracking catalysts are used in the oil refining industry to improve the output efficiency of light oil.

8.Electronic industry: rare earth elements are used in the production of electronic devices, liquid crystal displays, LED lighting devices, etc., to improve the efficiency, brightness and color purity of electronic devices.

9.Nuclear energy industry: rare earth elements are used in the production of nuclear fuel, control materials for nuclear reactors, and nuclear magnetic resonance imaging.

10.Environmental protection industry: rare earth elements are used in the production of high-efficiency energy-saving lamps, solar cells, wind turbines, etc., to promote the development of renewable energy technology, and also used in the production of sewage treatment agents, exhaust gas purification agents and other environmental protection materials.

11.Healthcare: Rare earth elements are used in the production of medical materials, medical lasers, etc., to improve the biocompatibility and anti-corrosion properties of the materials.

12.Agriculture: Rare earth elements are used in the production of agricultural fertilizers, animal feeds, etc. to improve the effect of fertilizers and feeds and increase the yield and quality of agricultural products.