In recent years, with the wide application of fluorine-containing materials in the fields of pesticide, medicine, semiconductor and carp electricity, the fluorine chemical industry has developed vigorously. However, in the production process of fluorine chemical industry, hydrochloric acid as the main by-product will contain a few tenths to ten percent of fluorine ions, which will bring safety risks and accidents such as corrosion and leakage of FRP equipment to downstream users, and can not meet the by-product quality standards. In order to solve this problem, the application of fluorine-containing hydrochloric acid defluorination technology and combined centrifuge came into being.

The defluorination technology of fluorinated hydrochloric acid is an effective method to treat fluorinated hydrochloric acid. The technology uses a specific chemical reaction principle to react fluorine ions in fluorine-containing hydrochloric acid with a specific reagent to form an insoluble precipitate and finally achieve the removal of fluoride ions. The technology has the characteristics of high efficiency and environmental protection, and can effectively solve the safety risks and quality problems caused by fluorine-containing hydrochloric acid.

The combined centrifuge plays an important role in the defluorination technology of fluorinated hydrochloric acid. By adjusting parameters such as centrifugal force and temperature, the equipment achieves efficient separation and purification of the target components. In the defluorination process of fluorinated hydrochloric acid, the centrifuge can be used to remove impurities, adjust the content of components in hydrochloric acid, and improve the purity and activity of hydrochloric acid. Combined extraction centrifuge has the advantages of high separation efficiency and simple operation, which can improve the efficiency and quality of defluorination process.

Defluorination technology of fluorinated hydrochloric acid and centrifuge have important application value in solving the safety and quality problems caused by fluorinated hydrochloric acid. Through the application of the technology and equipment, the fluoride ions in fluorinated hydrochloric acid can be removed efficiently, and the equipment safety and product quality of downstream users can be guaranteed. Therefore, strengthening the research and development and application of fluorine-containing hydrochloric acid defluorination technology and centrifuge is of great significance for promoting the sustainable development of fluorine chemical industry.