High purity 99% Aluminum Fluoride with best price

 High purity 99% Aluminum Fluoride with best price

Aluminum fluoride is a colorless triclinic crystal. It appears as a white powder or a large hexagonal crystal of the orthorhombic system. AlF3, relative molecular mass: 83.98.
Product use: It is used in the aluminum electrolysis industry to reduce the melting temperature of the electrolyte and increase the conductivity. It is used as a flux for non-ferrous metals, a flux and a component of glaze for ceramic glazes and enamel glazes, and an inhibitor of side fermentation in essential oil production. It is used as an inhibitor of side fermentation in alcohol production. It is used as welding fluid in metal welding. It is used to manufacture optical lenses. It is also used as a catalyst for organic synthesis and a raw material for artificial cryolite.

High purity 99% Aluminum Fluoride 
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Aluminum Fluoride Powder Application:
Aluminum smelting: lower melting point and increase the conductivity of electrolytes.
Alcohol production: used as an inhibitor of secondary fermentation in alcohol production.
Ceramic glaze and enamel glaze: used as flux and glaze component of ceramic glaze and enamel glaze.
Smelting non-ferrous metals: can also be used as a flux for smelting non-ferrous metals.
Metal welding: used for welding fluid in metal welding.
Organic synthesis catalyst: used as a catalyst for organic synthesis and a raw material for synthetic cryolite.
Anticorrosive agent: aluminum fluoride has strong corrosion resistance and can be used as an anticorrosive agent for metal materials. A dense oxide film is formed on the surface of aluminum alloy to improve the corrosion resistance of the material.
Fluorescent material: aluminum fluoride can be used as a matrix of fluorescent material, combined with rare earth elements, to emit visible light of various colors, and is widely used in display and lighting fields.
Aluminum Fluoride 
High purity 99% Aluminum Fluoride 
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Uses of anhydrous aluminum fluoride:
1. Aluminum smelting: Anhydrous aluminum fluoride is used as a flux in aluminum smelting, which helps to lower the melting point of alumina, promote the smelting process, and improve the purity and quality of the product.
2. Glass manufacturing: In the field of glass manufacturing, anhydrous aluminum fluoride is used as a thickener, which can increase the viscosity of the glass melt, which helps the glass to be easier to shape during processing such as blowing, molding and wire drawing.
3. Ceramic industry: In the ceramic industry, anhydrous aluminum fluoride can be used as one of the components of glaze, which can improve the hardness and gloss of the glaze, improve the surface quality of ceramic products, and make them more durable.
4. Anti-corrosion coating: Anhydrous aluminum fluoride has good anti-corrosion properties and can be used to prepare corrosion-resistant coatings to protect metal surfaces from corrosion.
5. Chemical industry: Anhydrous aluminum fluoride is also widely used in the chemical industry as a raw material for the preparation of fluoride salts and fluorine compounds, as well as catalysts and co-catalysts for fluorinated hydrocarbons and fluorinated ethers.
6. Aluminum electrolysis industry: Anhydrous aluminum fluoride is used in the aluminum electrolysis industry to reduce the melting temperature of the electrolyte and increase the conductivity of the electrolyte.
7. Ceramic industry: Anhydrous aluminum fluoride can be used as a flux for ceramic glaze and enamel glaze in the ceramic industry, and can also be used as a component of glaze.
8. Inhibition of fermentation: Anhydrous aluminum fluoride has an inhibitory effect on fermentation, and acts as an inhibitor of secondary fermentation in the production of essential oils and alcohol.
9. Optical lens: Anhydrous aluminum fluoride can be used to make optical lenses.
10. Metal welding: Anhydrous aluminum fluoride is used as welding fluid in metal welding.
11. Organic synthesis catalyst: Anhydrous aluminum fluoride can catalyze organic synthesis, so it is also used as a catalyst for organic synthesis.