Hubei Zhuoxi Fluorination Co., Ltd., established in 2010, is located at No. 1 Fazhan Avenue, Yangzhibu, Yingcheng City, Hubei Province, with convenient transportation. The company specializes in the independent research, development, and production of fluorine gas and fluorine-nitrogen mixed gas. Its downstream products boast high added value, with key advantageous products including: 1. Fluorinated carbon, fluorinated graphite, fluorinated graphene, and fluorinated nano-graphite, which are used in cathode materials for lithium-fluorocarbon primary batteries, superhydrophobic materials, and solid lubricants. 2. Novel electrophilic N-fluorination reagents: N-fluorobenzenesulfonimide (NFSI), triethylamine trihydrofluoride, and other fluorinated pharmaceutical and liquid crystal intermediates such as lithium trifluoromethanesulfonate, sodium chlorodifluoroacetate, and ethyl chlorodifluoroacetate. 3. Fluorinated plastic processing and customized products. The company’s R&D center is equipped with modern research facilities and instruments, including advanced analytical equipment such as liquid and gas chromatographs, enabling the provision of products in both kilogram and ton quantities. Currently, the company is developing application technologies for fluorinated graphite, including: 1. Novel lithium-fluorocarbon primary batteries: These batteries use lightweight metals such as lithium or aluminum as the cathode and solid fluorinated graphite with anhydrous electrolyte as the anode. They represent a type of primary battery characterized by high energy density, stability, and utilization efficiency. 2. Green, energy-saving, and environmentally friendly concepts: Fluorinated graphite serves as an additive in high-temperature lubricating oils and greases, offering anti-wear and repair functions. It reduces mechanical surface wear and extends service life. 3. Powder metallurgy industry: Highly fluorinated graphite appears as a white solid powder with excellent lubricating properties. It can replace imported molybdenum disulfide, withstands high temperatures up to 450°C, and offers superior corrosion resistance. In powder metallurgy stamping processes, it protects tungsten steel molds, effectively reducing surface wear and improving the qualification rate of micro and complex structural components.