Fluorite, also known as fluorspar, is a natural calcium fluoride mineral with unique fluorine-containing crystal structure. As an irreplaceable basic industrial mineral raw material, it is widely used in metallurgical smelting, glass ceramic manufacturing, chemical fluorine processing, building coatings and refractory materials. It has core advantages of low melting point, high fluorine content, stable chemical property and outstanding cost performance.
- Meticulous craftsmanship: Two production paths ensure controllable and traceable quality
- Ordinary ore simple separation processing
Natural fluorite ore is processed through crushing, rough grinding and gravity separation. The processing cost is low, with medium calcium fluoride content, suitable for general metallurgical smelting, ordinary road filling and low-grade glass raw material scenarios with cost control demands.
- Flotation purification & fine grading
Adopt precise processes including crushing, multi-stage grinding, flotation impurity removal, dewatering drying and mesh classification. Mine tailings can be comprehensively recycled to realize green mine production. Finished high-purity fluorite powder has high CaF₂ content, low impurity content and uniform particle size, meeting strict standards of high-end optical glass, electronic grade fluorochemicals, precision ceramic glaze and high-grade refractory materials.
- Core Features: Six Major Advantages Underpin "Abundant Value"
- Environmentally friendly and low harmful impurities, compliant and worry-free
Strictly controlled heavy metal and sulfur impurity content, conform to industrial national standards and EU REACH detection requirements. Non-radioactive, stable and safe for metallurgy, glass and chemical production.
- Weather-resistant and lightfast, long-lasting and stable
Excellent anti-aging and weather resistance, no pulverization, discoloration after long-term storage and outdoor stacking, stable physical and chemical indicators under high temperature and humid environment.
- Acid and alkali resistant and corrosion resistant
Good chemical inertness under normal temperature, stable against weak acid and weak alkali erosion; low melting point, can effectively reduce smelting temperature, is an ideal flux for metallurgical industry.
- High fluorine content, excellent flux & auxiliary function
High effective calcium fluoride component, remarkable fluxing effect in smelting and glass melting process, reduce energy consumption; can improve surface gloss and compactness of ceramic and glass products with small addition amount.
- Good dispersibility and convenient construction
Uniform granular and powdery specifications, no agglomeration during mixing with mineral powder, mortar and molten raw materials, adaptable to smelting feeding, glaze mixing, refractory batching and other processing techniques.
- Batch stability and controllable quality
Formal mineral processing manufacturers implement ISO9001 quality management system, strictly control CaF₂ content, impurity content and particle size of each batch, avoid production loss caused by unstable fluxing effect.
- Empowering all industries: From basic metallurgy to high-end manufacturing, covering all sectors
- Metallurgical Industry
Steel smelting, non-ferrous metal smelting: used as flux to reduce melting point, remove impurities and save fuel consumption;Ferroalloy processing: improve fluidity of molten metal, optimize product internal structure.
- Glass and Ceramic Industry
Ordinary architectural glass, optical glass raw material: increase transparency and gloss of glass;Ceramic tile glaze, daily ceramic blank auxiliary: smooth glaze surface, reduce firing temperature.
- Fluorochemical & Refractory Field
Hydrofluoric acid, fluorine salt raw material: core raw material for deep processing of fluorine chemical products;High temperature refractory castable: improve material compactness and high temperature resistance.
