High Purity Aluminum Fluoride Trihydrate Supplier: Industrial Applications & Specifications

Discover the essential properties and industrial applications of Aluminum Fluoride Trihydrate (CAS 15098-87-0). We are a trusted manufacturer and supplier, offering high-purity materials critical for aluminum production, metallurgy, and advanced chemical synthesis. Explore our comprehensive specifications and reliable supply chain.

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Advantages of Sourcing Aluminum Fluoride Trihydrate

Exceptional Purity and Quality

We guarantee a minimum purity of 98% for Aluminum Fluoride Trihydrate, with tightly controlled impurity levels. This focus on quality is essential for demanding industrial applications where consistent performance is paramount. Buy with confidence from a trusted supplier.

Stable Supply Chain and Competitive Pricing

Our robust manufacturing capabilities and efficient logistics ensure a stable and reliable supply of Aluminum Fluoride Trihydrate. We offer competitive pricing, making us an ideal partner for businesses looking to purchase raw materials in bulk from a reputable manufacturer in China.

Versatile Industrial Applications

The high stability and specific chemical properties of Aluminum Fluoride Trihydrate make it indispensable in several key industries, including aluminum electrolysis, ceramics, glass manufacturing, and as a catalyst in organic chemistry. Explore its potential for your processes.

Key Applications for Aluminum Fluoride Trihydrate

Aluminum Production

Critically important as an additive in the electrolytic production of aluminum, lowering the melting point of cryolite and improving conductivity for efficient metal extraction.

Metallurgy

Functions as a flux in aluminum refining processes, specifically for the removal of magnesium from scrap aluminum, enhancing metal purity.

Ceramics and Glass Manufacturing

Used as a component in the formulation of specialized ceramics and as a fluxing agent in the glass industry, contributing to desired material properties.

Organic Synthesis

Acts as a catalyst in various organic synthesis reactions, facilitating chemical transformations and process efficiency for fine chemical production.