| CAS No.: | 7789-75-5 |
|---|---|
| Other Names: | fluorspar powder |
| MF: | |
| EINECS No.: | |
| Place of Origin: | China (Mainland) |
| Grade Standard: | Industrial Grade |
| Purity: | 97.5% |
| Appearance: | powder |
| Application: | steel-making |
| Brand Name: | |
| Model Number: |
Quick Details
Specifications
CaF2 97.5% Fluoride Powder Dry / calcium fluoride For Fiberglass Industry
Specifications:
CaF2: 97.5%min
CaCO3: 0.5%max
SiO2: 1.0%max
H2O: 0.5%max
Size : 100mesh,90%passing
300mesh, 70~80%passing
Description:
Fluorspar Synonyms: calcium fluoride, fluorspar, CaF2, fluorspar powder, fluorite, fluorine, acid grade fluorspar,acid grade fluorite,metallurgical fluorspar, CAS#7789-75-5
Chemical Formula: CaF2
Fluorite or Fluorspar is a mineral composed of calcium fluoride (CaF2), the principal fluorine-bearing mineral. It occurs as cubic, isometric crystals and cleavable masses. When pure, it is colorless and transparent, or translucent with a glassy luster. Impurities cause color in the stone, and several varieties exhibit fluorescence. Usually found either in pure veins or associated with lead, silver, or zinc ores, it is common in limestone and dolomites.Under CaF2-97%, that fluorite powder usually from refine the tungsten ore tailings , fine powder , colour should be grey , offwhite , yellowish brown.
Applications:
Fluorspar usually in Chemical industry,Ceramic industry,Fiberglass industry,Welding rod industry
And steel industry.
Ceramic grade fluorite (85–95% CaF2) is used in the manufacture of opalescent glass, enamels and cooking utensils. The highest grade, "acid grade fluorite" (97% or more CaF2), accounts for about 95% of fluorite consumption in the US where it is used to make hydrogen fluoride and hydrofluoric acid by reacting the fluorite with sulfuric acid.
Internationally, acid-grade fluorite is also used in the production of AlF3 and cryolite (Na3AlF6), which are the main fluorine compounds used in aluminium smelting. Alumina is dissolved in a bath that consists primarily of molten Na3AlF6, AlF3, and fluorits to allow electrolytic recovery of aluminium. Fluorine losses are replaced entirely by the addition of AlF3, the majority of which will react with excess sodium from the alumina to form Na3AlF6
Competitive Advantage:
WE have our own joint-stock flotation factory & drying factory, we offer much lower price and promise the quality ,quantity, and lead time.