Also known as: Sodium hexafluoroaluminate; Sodium aluminum fluoride Molecular formula: Na₃AlF₆

  Grade: Industrial Grade

  Appearance: Powder-like, sandy, or granular (white to off-white)

  Storage method: Store in a cool, sealed location.

  Applications: Electrolytic aluminum, abrasives, abrasive tools, sandpaper, abrasive belts, ceramics, enamel, glass, and the casting industry, among others.

  Product Applications: Primarily used as a fluxing agent in aluminum electrolysis, it also serves as a wear-resistant additive for abrasive products, effectively enhancing the durability, cutting, and grinding performance of grinding wheels while extending their service life and shelf life. Additionally, cryolite exhibits excellent chemical stability—it remains intact under normal conditions, showing no decomposition, volatility, or deliquescence—and has a melting point higher than that of aluminum. Beyond its use in aluminum electrolysis, cryolite is also employed in the production of milky white glass. Furthermore, it can be incorporated into electrolytes for manufacturing aluminum alloys, ferroalloys, and boiling steel, as well as serve as a key ingredient in the formulation of grinding wheels, sandpaper, and abrasive belts.

  The characteristics of powdered cryolite are: 1. Excellent flowability and uniform particle size distribution; 2. Low moisture content, making it resistant to absorbing water during storage and minimizing fluoride loss; 3. It does not cause contamination during use, ensuring high utilization efficiency.

 


Granular Cryolite, 20-80 Mesh
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  • Granular Cryolite, 20-80 Mesh

Granular Cryolite, 20-80 Mesh


1. Excellent flowability with a uniform particle size distribution; 2. Low moisture content ensures minimal water absorption during storage, resulting in little fluoride loss; 3. Does not cause contamination during use and boasts high utilization efficiency.

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