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Found 68 Results For "
fluorite lump
"
High-Purity Fluorspar (CaF 98%) | Premium Mongolian Fluorite Ore Supplier Product Overview Product Name: Metallurgical grade fluorspar / CaF 98% Chemical Composition: Calcium Fluoride (CaF) 98% Origin: Mongolia Acid Grade Fluorspar with CaF 98% is the highest commercial grade of fluorspar, mainly used for hydrofluoric acid (HF) and fluorochemical production. Sourced from premium Mongolian deposits, it offers high purity, low impurities, excellent reactivity, and stable
Metallurgical Fluorspar Lump & Powder, CaF 65% | Slag Conditioner for Smelting Product Introduction We supply metallurgical fluorspar with CaF content over 65%, available in lump and powder forms. It is widely used in steel casting and non-ferrous metal smelting. The raw materials go through multiple sorting and impurity removal processes to ensure even composition and controlled harmful substances. In high-temperature smelting, it effectively adjusts slag properties and
Metallurgical Grade Fluorspar Lump CaF90% CaF90% fluorspar lump is medium-high grade metallurgical fluorite ore processed from stable natural fluorspar mines. After crushing, sorting and impurity screening, the lump features uniform particle size, stable chemical indicators, low harmful sulfur & phosphorus, moderate silica content, and excellent cost performance for long-term bulk industrial procurement. It serves as ideal flux raw material for steel smelting, non-ferrous
High-Purity Fluorspar (CaF 97%) | Premium Mongolian Fluorite Ore Supplier Product Overview Product Name: Metallurgical grade fluorspar / CaF 97% Chemical Composition: Calcium Fluoride (CaF) 97% Origin: Mongolia Sourced from premium Mongolian fluorspar deposits, our CaF 97% fluorspar combines exceptional purity, low impurity levels, and consistent quality to meet the requirements of demanding industrial applications. With excellent chemical stability and superior
Metallurgical Grade Fluorspar / CaF 95% Product Overview Product Name: Metallurgical grade fluorspar / CaF 95% Chemical Composition: Calcium Fluoride (CaF) 95% Origin: Mongolia Our high-purity fluorspar ore (CaF 95%) is sourced from selected Mongolian mines and shipped through Tianjin Port, China. Featuring excellent chemical stability, high fluxing efficiency, and low impurity levels, it is the preferred choice for special steelmaking and high-grade welding electrode
Premium Mongolian Fluorspar Lumps Product Overview Fluorspar lumps are natural fluorite ore products processed into specific particle sizes for metallurgical and industrial applications. Sourced from selected Mongolian deposits, our fluorspar offers stable chemical composition, controlled impurity levels, and reliable year-round availability. Widely used as a fluxing agent in steelmaking, ferroalloy production, and non-ferrous metal smelting, fluorspar helps improve slag
Mongolia Sourced High Purity Fluorite Ore | Calcium Fluoride CaF Raw Mineral for Global Industrial Manufacturing Fluorite, also widely traded as fluorspar, is an essential halide mineral consisting of calcium fluoride (CaF). As the leading raw material for all fluorine-related industries, it underpins production in fluorochemical manufacturing, metal smelting, glass melting and ceramic fabrication. Geologically, fluorite originates from magmatic hydrothermal mineralization.
Fluorite (Calcium Fluoride CaF) High-Grade Mongolian Fluorite Ore Supplier Fluorite (calcium fluoride, CaF) is a key halide mineral and the worlds primary source of fluorine for the fluorochemical, metallurgical, glass, and ceramic industries. It forms naturally from magmatic hydrothermal activity: as magma cools, fluoride-rich hydrothermal fluids migrate upward through rock fractures, reacting with calcium ions from wall rocks to precipitate and crystallize into
High-Grade Mongolian Fluorspar (Fluorite, CaF) Bulk Supply for Fluorochemical, Metallurgy, Glass & Ceramics Fluorite (industrially named fluorspar) is a vital halide mineral composed of calcium fluoride (CaF). It stands as the worlds dominant raw feedstock for fluorine-based manufacturing, widely applied in fluorochemical production, metallurgical smelting, glass melting and ceramic firing. Fluorite forms via magmatic hydrothermal mineralization: as magma cools, fluoride
