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12-220#
SEPPE FLUORITE
25292100
Introduction
Fluorspar powder(Fluorite powder) can be divided into dry powder and wet powder.
Fluorspar powder used in chemical industry generally requires calcium fluoride content of more than 97%, so most of fluorspar powder is prepared by flotation. By adding various chemical agents, calcium fluoride can be effectively collected. Fluorspar powder has very strict quality requirements, and often needs to be selected several times and collected by heating flotation.
Acid grade fluorspar powder (CaF2≥97%) and high purity fluorspar powder are used to react with sulfuric acid to produce hydrofluoric acid and other fluorine products.
Specification
-Form: Fluorspar powder
-Grades: 70-97% grades
-Content chemical compassion: Calcium Fluoride (CaF2)
Application
(1)Metallurgical industry
It is widely used as a flux in smelting iron, Iron alloy production and non-ferrous metal smelting. Fluorite can reduce the melting point of the slag to promote the flow of a good separation of the slag and metal
desulphurization in the smelting process.
(2)Chemical industry
Another important use of fluorite is to produce hydrofluoric acid. It is the key raw materials to produce a variety of organic and inorganic fluoride and fluorine.
(3)Building Materials Industry
Fluorite is also widely used in glass, ceramics, cement and other building materials industries.
(4)Other Uses
*Fluorite has dense structure, varied colorful. It can be used as carving material.
*Optical fiber conduction and high-precision fields.
Introduction
Fluorspar powder(Fluorite powder) can be divided into dry powder and wet powder.
Fluorspar powder used in chemical industry generally requires calcium fluoride content of more than 97%, so most of fluorspar powder is prepared by flotation. By adding various chemical agents, calcium fluoride can be effectively collected. Fluorspar powder has very strict quality requirements, and often needs to be selected several times and collected by heating flotation.
Acid grade fluorspar powder (CaF2≥97%) and high purity fluorspar powder are used to react with sulfuric acid to produce hydrofluoric acid and other fluorine products.
Specification
-Form: Fluorspar powder
-Grades: 70-97% grades
-Content chemical compassion: Calcium Fluoride (CaF2)
Application
(1)Metallurgical industry
It is widely used as a flux in smelting iron, Iron alloy production and non-ferrous metal smelting. Fluorite can reduce the melting point of the slag to promote the flow of a good separation of the slag and metal
desulphurization in the smelting process.
(2)Chemical industry
Another important use of fluorite is to produce hydrofluoric acid. It is the key raw materials to produce a variety of organic and inorganic fluoride and fluorine.
(3)Building Materials Industry
Fluorite is also widely used in glass, ceramics, cement and other building materials industries.
(4)Other Uses
*Fluorite has dense structure, varied colorful. It can be used as carving material.
*Optical fiber conduction and high-precision fields.
CHEMICAL COMPOSITION | ||||
CaF2 | 95%min | |||
SiO2 | 2.5%max | |||
CaCO3 | 0.5%max | |||
PHYSICAL PROPERTIES | ||||
Chemical Classification | Halide | |||
Color | Typically purple, green, and yellow. Also colorless, blue, red, and black. | |||
Mohs Hardness | 4 | |||
Specific Gravity | 3.2 | |||
Uses | Numerous uses in the metallurgical, ceramics, and chemical industries. A source of fluorine, hydrofluoric acid, metallurgical flux. High-clarity pieces are used to make lenses for microscopes, telescopes, and cameras | |||
Diaphaneity | Transparent to translucent | |||
Chemical Composition | CaF2 |
CHEMICAL COMPOSITION | ||||
CaF2 | 95%min | |||
SiO2 | 2.5%max | |||
CaCO3 | 0.5%max | |||
PHYSICAL PROPERTIES | ||||
Chemical Classification | Halide | |||
Color | Typically purple, green, and yellow. Also colorless, blue, red, and black. | |||
Mohs Hardness | 4 | |||
Specific Gravity | 3.2 | |||
Uses | Numerous uses in the metallurgical, ceramics, and chemical industries. A source of fluorine, hydrofluoric acid, metallurgical flux. High-clarity pieces are used to make lenses for microscopes, telescopes, and cameras | |||
Diaphaneity | Transparent to translucent | |||
Chemical Composition | CaF2 |