Jinchang Jinzhuo New Materials Co., Ltd.’s investment project to produce 60,000 tons per year of high-performance fluorine materials, with an investment of 200 million yuan

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On April 27, the approval was granted for the construction project of Jinchang Jinzhuo New Materials Co., Ltd., which aims to produce 60,000 tons of high-performance fluorine materials per year. The details of the project are as follows: Image – Project name: Construction project for producing 60,000 tons of high-performance fluorine materials per year； Construction unit: Jinchang Jinzhuo New Materials Co., Ltd ； Project investment: 200 million yuan ； Construction location: Yongchang County, Jinchang City ； Project nature: New construction ； Construction content: In the first phase, one polymer-based cryolite production line with an annual capacity of 20,000 tons will be built, generating 20,000 tons of silica slag as a by-product ； Phase 2 involves the construction of two production lines with a capacity of 40,000 tons per year each for polymeric cryolite, with 40,000 tons per year of silica slag as a by-product ； One new production workshop, warehouses, tank areas, auxiliary areas, and a comprehensive office building will be constructed, with a total construction area of 36,790 square meters; in addition, facilities and equipment for fire protection, safety, and environmental protection will also be provided. Further reading: Polymeric cryolite refers to cryolite in which the molecular ratio of sodium fluoride (NaF) to aluminum fluoride (AlF₃) is greater than 2.6. According to **standard GB/T 4291-2017, cryolite with a molecular ratio in the range of 2.80–3.00 is classified as high-molecular-ratio cryolite. Due to its advantages in environmental performance and economic efficiency, high-molecular-weight cryolite is gradually replacing low-molecular-weight cryolite, and is widely used in fields such as aluminum electrolysis, accelerants, and ceramics. As environmental standards increase, its role in resource recycling becomes increasingly important.