Strontium Fluoride (Sintered) 1. Pharmaceutical. 2. Household chemicals. 3. Electricity and optics. 4. Single crystals are used in lasers.
Strontium Fluoride (Sintered) 1. Pharmaceutical. 2. Household chemicals. 3. Electricity and optics. 4. Single crystals are used in lasers.
Strontium Fluoride (Sintered) 1. Pharmaceutical. 2. Household chemicals. 3. Electricity and optics. 4. Single crystals are used in lasers.
Lithium Fluoride (Sintered) 1. It is the basic component of fluorine electrolytic cell electrolyte. In high-temperature storage batteries in a molten state as the electrolyte component. 2. Used as a flux in the production of ceramics. 3. Used in enamels, glasses and glazes. 4. Used in brazing and welding fluxes and molten salt chemistry in metallurgy. 5. Optical glass and battery. 6. Additive in aluminum-electrolysis melts. 7. Raw material for optical lenses and prisms.
Lithium Fluoride (Sintered) 1. It is the basic component of fluorine electrolytic cell electrolyte. In high-temperature storage batteries in a molten state as the electrolyte component. 2. Used as a flux in the production of ceramics. 3. Used in enamels, glasses and glazes. 4. Used in brazing and welding fluxes and molten salt chemistry in metallurgy. 5. Optical glass and battery. 6. Additive in aluminum-electrolysis melts. 7. Raw material for optical lenses and prisms.
Lithium Fluoride (Powder) 1. It is the basic component of fluorine electrolytic cell electrolyte. In high-temperature storage batteries in a molten state as the electrolyte component. 2. Used as a flux in the production of ceramics. 3. Used in enamels, glasses and glazes. 4. Used in brazing and welding fluxes and molten salt chemistry in metallurgy. 5. Optical glass and battery. 6. Additive in aluminum-electrolysis melts. 7. Raw material for optical lenses and prisms.
Lithium Fluoride (Sintered) 1. It is the basic component of fluorine electrolytic cell electrolyte. In high-temperature storage batteries in a molten state as the electrolyte component. 2. Used as a flux in the production of ceramics. 3. Used in enamels, glasses and glazes. 4. Used in brazing and welding fluxes and molten salt chemistry in metallurgy. 5. Optical glass and battery. 6. Additive in aluminum-electrolysis melts. 7. Raw material for optical lenses and prisms.
Lithium Fluoride (Sintered) 1. It is the basic component of fluorine electrolytic cell electrolyte. In high-temperature storage batteries in a molten state as the electrolyte component. 2. Used as a flux in the production of ceramics. 3. Used in enamels, glasses and glazes. 4. Used in brazing and welding fluxes and molten salt chemistry in metallurgy. 5. Optical glass and battery. 6. Additive in aluminum-electrolysis melts. 7. Raw material for optical lenses and prisms.
Lithium Fluoride (Sintered) 1. It is the basic component of fluorine electrolytic cell electrolyte. In high-temperature storage batteries in a molten state as the electrolyte component. 2. Used as a flux in the production of ceramics. 3. Used in enamels, glasses and glazes. 4. Used in brazing and welding fluxes and molten salt chemistry in metallurgy. 5. Optical glass and battery. 6. Additive in aluminum-electrolysis melts. 7. Raw material for optical lenses and prisms.
Lithium Fluoride (Powder) 1. It is the basic component of fluorine electrolytic cell electrolyte. In high-temperature storage batteries in a molten state as the electrolyte component. 2. Used as a flux in the production of ceramics. 3. Used in enamels, glasses and glazes. 4. Used in brazing and welding fluxes and molten salt chemistry in metallurgy. 5. Optical glass and battery. 6. Additive in aluminum-electrolysis melts. 7. Raw material for optical lenses and prisms.
Lithium Fluoride (Powder) 1. It is the basic component of fluorine electrolytic cell electrolyte. In high-temperature storage batteries in a molten state as the electrolyte component. 2. Used as a flux in the production of ceramics. 3. Used in enamels, glasses and glazes. 4. Used in brazing and welding fluxes and molten salt chemistry in metallurgy. 5. Optical glass and battery. 6. Additive in aluminum-electrolysis melts. 7. Raw material for optical lenses and prisms.
Lithium Fluoride (Powder) 1. It is the basic component of fluorine electrolytic cell electrolyte. In high-temperature storage batteries in a molten state as the electrolyte component. 2. Used as a flux in the production of ceramics. 3. Used in enamels, glasses and glazes. 4. Used in brazing and welding fluxes and molten salt chemistry in metallurgy. 5. Optical glass and battery. 6. Additive in aluminum-electrolysis melts. 7. Raw material for optical lenses and prisms.
