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Our firm is exporting and supplying of Boratofluoric Acid to our consumers. The decomposition of fluorine boric acid in concentrated solution is heated to 130. Slow decomposition of hydroxyl fluoride in aqueous solution (HBF3OH). The stability of the contact with the glass surface decreased gradually, and the degree of hydrolysis of 0.047 mol/L fluoride boric acid solution in the glass container increased from 20.6% to 32 days after the glass container.. Strong corrosive, but at room temperature corrosion glass. With metal elements, metal fluoride, oxide, hydroxide or carbonate reaction of the corresponding fluoroborates. Poisonous! And the water is heated to generate oxygen fluorine boric acid (HBF3OH), thermal decomposition to 130 degrees, relative density of 1.32, is a strong acid. But at room temperature, the glass is not corroded.The fluoride boric acid only exists in aqueous solution and its permissible concentration is 2.5mg/m3
Our firm is exporting and supplying of Boratofluoric Acid to our consumers. The decomposition of fluorine boric acid in concentrated solution is heated to 130. Slow decomposition of hydroxyl fluoride in aqueous solution (HBF3OH). The stability of the contact with the glass surface decreased gradually, and the degree of hydrolysis of 0.047 mol/L fluoride boric acid solution in the glass container increased from 20.6% to 32 days after the glass container.. Strong corrosive, but at room temperature corrosion glass. With metal elements, metal fluoride, oxide, hydroxide or carbonate reaction of the corresponding fluoroborates. Poisonous! And the water is heated to generate oxygen fluorine boric acid (HBF3OH), thermal decomposition to 130 degrees, relative density of 1.32, is a strong acid. But at room temperature, the glass is not corroded.The fluoride boric acid only exists in aqueous solution and its permissible concentration is 2.5mg/m3
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