High Purity Acid Grade Fluorspar CaF2 97% Fluoride Powder For Industrial

High-purity acid-grade fluorspar powder (CaF₂ ≥ 97%) is a premium industrial raw material widely applied in fluorochemical synthesis, steel metallurgy, aluminum smelting, optical glass production and advanced ceramic glazing. Refined through advanced flotation technology and sourced from high-purity Mongolian fluorite ore, this 97% CaF₂ fluorspar powder features ultra-low impurity content, stable chemical properties and consistent batch quality, supporting continuous and high-precision industrial production worldwide.

This section outlines the core industrial functions and application value of the product, followed by its competitive advantages.

1. 1. Primary Feedstock for Fluorochemical Industry

   97% acid-grade fluorspar powder serves as the fundamental material for hydrofluoric acid (HF) production. It supports stable and precise chemical reactions for manufacturing aluminum fluoride, cryolite, refrigerants, fluoropolymers and various fine fluorine chemical derivatives, fully complying with strict purity standards for modern fluorine chemical processing.

2. 2. High-Efficiency Metallurgical Flux

   In steel and aluminum smelting processes, the powder effectively reduces slag melting point, improves fluidity of molten metal, and removes harmful impurities including silica, sulfur and phosphorus. It significantly enhances smelting efficiency, lowers fuel consumption, and improves overall metal purity and finished product quality.

3. 3. Premium Material for Glass & Ceramic Manufacturing

   Functioning as a high-performance flux and opacifier, fluorspar powder optimizes production of soda-lime glass, optical glass, enamel and ceramic bodies. It increases surface gloss, reduces firing temperature, and improves surface smoothness and structural durability of finished glass and ceramic products.

1. 1. Integrated Mine-to-Finish Supply System

   Reliable Mongolian fluorite ore resources with naturally low impurity levels support stable production. Standardized flotation processing workshops ensure full-process quality control from ore refining to final powder packaging, eliminating unstable quality factors from intermediate links and maintaining consistent product performance for every shipment.

2. 2. Strict Impurity Control & Stable 97% CaF₂ Purity

   Advanced flotation techniques effectively suppress harmful contaminants. The finished fluorspar powder maintains steady CaF₂ content above 97% with extremely low silica, carbonate, sulfur and phosphorus residues. Uniform chemical composition across batches avoids production fluctuation risks for industrial end-users.

3. 3. Sufficient Reserves & Stable Bulk Supply Capacity

   Abundant Mongolian fluorite ore reserves enable year-round large-scale supply. Regular bulk cargo delivery to Tianjin Port supports flexible FCL container loading and bulk vessel shipment for global transportation, ensuring continuous and stable material supply for international industrial projects.

4. 4. Uniform Particle Size for Stable Feeding

   Optimized powder granularity prevents material agglomeration during high-temperature melting and chemical reactions. Smooth and even powder fluidity ensures stable feeding performance in reactors, furnaces and kiln equipment. Custom mesh sizes ranging from 200 to 325 mesh are available to match different production equipment requirements.

5. 5. Cost-Effective Cross-Border Logistics

   Direct land transportation from Mongolian mining areas to Tianjin Port simplifies transit procedures, reduces logistics costs and shortens delivery lead time. Complete export documents are provided efficiently to support fast customs clearance and smooth international trade procedures.