Sodium fluoroaluminate (Na3-AlF ₆) is a flux that can be scaled up as a substitute for and adapted to electrolytic aluminum. It also has irreplaceable comprehensive performance advantages in industries such as abrasives, enamel, welding materials, and glass. It can be divided into four categories: basic physical and chemical advantages, electrolytic aluminum specific advantages, other industry app
1、 Organic fluorine chemical industry (the core scenario of anhydrous potassium fluoride, with much higher anhydrous activity than dihydrate) 1. Nucleophilic fluorinating agent (halogen exchange) As a mainstream fluorine substitution raw material, chlorine and bromine are replaced with fluorine to produce fluorinated aromatic hydrocarbons, fluorinated alkanes, and fluorinated heterocyclic interm
Ethyl nonafluorobutyl ether (commonly known as HFE-7200/Novec 7200) is an environmentally friendly hydrofluoroether solvent/fluorinating liquid, characterized by zero ODP, low GWP, non flammability, insulation, low surface tension, volatility, and low residue. Below, explain by industry where it is mainly used and what it does.
Ammonium fluorozirconate, with core characteristics of high water solubility, stable complexation, acid passivation, controllable thermal decomposition, acid stability and alkali sensitivity, low toxicity and corrosiveness, is a key zirconium salt for metal surface treatment, ceramics/glass, and metallurgy.
Ammonium fluorosilicate (chemical formula: (NH ₄) ₂ SiF ₆, also known as ammonium hexafluorosilicate) is a white crystalline powder, toxic, and corrosive inorganic fluoride.
The core characteristics of ammonium hydrogen fluoride (NH ₄ HF ₂) include easy deliquescence, strong acidity in aqueous solution, ability to corrode glass, easy decomposition under heat, and strong toxicity and corrosion.
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