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見つかった 83 試験結果 "
fluorspar lump
"
モンゴルの自営鉱山からの冶金用蛍石塊 CaF₂ 90%。厳選された原石を厳重に選別し、水分の少ない10～20mmの粒にしました。製鉄、化学原料、ガラス製造に最適なフラックスです。鉱山から天津港への直接物流により安定供給。
Product Overview Our Premium Industrial Grade Calcium Fluoride (CaF2) Powder is a high-performance, industrial-grade mineral specifically engineered for steelmaking, metallurgy, and chemical manufacturing. Sourced from top-tier raw materials and processed under strict quality control, this product ...
CaF₂ ≥97% を含む冶金グレードの蛍石。超低不純物 (S≤0.08%、P≤0.03%) により、高純度の製鋼および溶接棒の製造が保証されます。直接採掘、安定供給、柔軟な形状（塊状/粉末）、天津港からの輸出対応。
Construction-Grade Fluorspar 80-93% CaF₂ | Premium Raw Material for Glass & Cement Product Introduction Our construction-grade fluorspar is a high-quality industrial mineral tailored for the building materials sector, with CaF₂ content precisely controlled between 80% and 93%. It is produced through ...
CaF₂ 75% を含むモンゴル原産の冶金用蛍石。製鋼用フラックスの効率的な供給、不純物の管理、安定供給を保証します。柔軟な包装と輸出条件を備えた塊状/粉末状で入手可能です。
Fluorspar Mineral:Full Range Fluorite (Fluorspar) Ore & Powder 70%–99% CaF₂ | Direct Mongolia Mine Supplier Maohe supply complete-grade fluorite (fluorspar) products with calcium fluoride content ranging from 70% CaF₂ up to premium 99% optical-grade CaF₂. Available forms include lump ore, granular ...
High-Purity Acid Grade Fluorspar (CaF₂ 97–98%) for Stable Hydrofluoric Acid (HF) Production Product Overview Acid Grade Fluorspar (CaF₂ 97–98%) is a high-quality mineral raw material widely used in the production of Hydrofluoric Acid (HF) and downstream fluorine chemicals. It is characterized by ...
What Is 99% Fluorspar? 99% fluorspar is the highest commercial grade of calcium fluoride (CaF₂), a pure halide mineral used as the premium raw material for fluorine-based chemistries. This ultra-high purity grade minimizes downstream purification, directly improving yield and reducing production ...
Fluorite, chemically calcium fluoride (CaF₂), is a typical halide mineral and the primary global feedstock for fluorine supply across fluorochemical, metallurgical, glass and ceramic industries. It forms endogenously from magmatic hydrothermal activity. During magma cooling, magma-separated ...
