Fluorine sodium silicate manufacturer decomposing fluorite ore preparation of sodium fluosilicate - Appropriate chemical industry

fluorine sodium silicate is a white powder of inorganic chemical products, can be used as a glass and enamel opal agent, flux and wood preservative, etc. , in the industrial production of the above application is more and more big, the fluorine sodium silicate production in our country has increased year by year.

in the past two years, have fluorine sodium silicate manufacturer puts forward using sulfuric acid decomposing fluorite ore to the preparation of fluorine sodium silicate. Fluorine sodium silicate manufacturer in fluorite ore as raw material, add industrial sulfuric acid to react and get fluosilicate finished product, then add the saturated salt water for reaction, eventually produce fluorine sodium silicate.

sodium fluosilicate from manufacturers and discusses the various process conditions, and on the basis of the existing technology to find a reasonable technological process, for further development of fluorite ore provides a new way, the prospect is quite broad.

sodium fluosilicate manufacturer after experiment, the size of the particle size had a great influence on the yield of sodium fluosilicate, under the same conditions, the core sample particle size is fine, the higher the yield of sodium fluorosilicate.

the quality of the ore samples, such as particle size is fine, the greater the surface area, the more conducive to ore and contact reaction of sulfuric acid was beneficial to the improvement of the decomposition rate, which leads to the yield of the product is higher. But the fineness of superfine mineral powder will certainly will increase the energy consumption of crushing stage.

sodium fluosilicate manufacturer also carried on the thorough research to the amount of sulfuric acid, through experiments, the greater the amount of sulfuric acid, more conducive to the decomposition reaction, the yield of sodium fluosilicate also corresponding increase, but will also result in acid residual quantity, and cause the waste sulfuric acid, and excess of boric acid is not necessary.