Fluorine chemical production has the characteristics of high temperature and high pressure, strong corrosion, toxicity and harm, flammability and explosiveness, and intense material reactions. The media are mostly fluorine-containing strong acids, corrosive gases, and hazardous chemicals. Safety production is the core bottom line of enterprise operation, which can be implemented from six aspects:
1、 Optimize raw material structure and reduce emissions from the source Strictly control the low-end raw material routes with high pollution and high consumption, and reduce the inefficient and high acid consuming processes of extensive fluorite mining. Promote the intensive utilization of fluorite resources and the recycling and reuse of tailings, and reduce the production of by-products t
The current domestic fluorine chemical industry has bid farewell to extensive expansion and entered a new stage of development. The industry pattern continues to optimize, and emerging downstream tracks have become the core growth drivers.
Sodium fluoroaluminate (Na3-AlF ₆), commonly known as cryolite, is a key multifunctional additive in the glass industry. It is mainly used as a flux, emulsifier, clarifying agent, and decolorizing agent, and is widely used in the production of various types of glass and special glass.
Sodium bromide (NaBr) is an important inorganic bromide widely used in core industrial fields such as petroleum drilling, pharmaceuticals, photosensitive materials, organic synthesis, and water treatment due to its high solubility, high density, and stable bromine source characteristics
Trifluoroacetic acid (TFA, CF ∝ COOH) is a strong organic acid and fluorine-containing chemical intermediate. With strong acidity, high solubility, volatility, and the ability to introduce trifluoromethyl (- CF ∝), it is widely used in five major fields: pharmaceuticals, pesticides, organic synthesis, analytical chemistry, and materials industry.
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