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Atomfair Lithium fluoride LiF FLi
Description Lithium Fluoride (LiF) is an inorganic compound with the molecular formula FLi, widely recognized for its high stability and low solubility in water. This white crystalline solid is prized in scientific and industrial applications for its exceptional optical properties, including high UV and VUV transparency, making it ideal for specialized optics. With a CAS number of 7789-24-4, Lithium Fluoride is rigorously tested for purity and consistency, ensuring reliable performance in demanding environments. Its high melting point (848??C) and chemical inertness further enhance its utility in high-temperature processes and corrosive conditions. Packaged under controlled conditions to prevent moisture absorption, our…
Description
Description
Lithium Fluoride (LiF) is an inorganic compound with the molecular formula FLi, widely recognized for its high stability and low solubility in water. This white crystalline solid is prized in scientific and industrial applications for its exceptional optical properties, including high UV and VUV transparency, making it ideal for specialized optics. With a CAS number of 7789-24-4, Lithium Fluoride is rigorously tested for purity and consistency, ensuring reliable performance in demanding environments. Its high melting point (848??C) and chemical inertness further enhance its utility in high-temperature processes and corrosive conditions. Packaged under controlled conditions to prevent moisture absorption, our LiF is available in various granular and powder forms to meet diverse research and manufacturing needs.
- CAS No: 7789-24-4
- Molecular Formula: FLi
- Molecular Weight: 26.0
- Exact Mass: 26.01440660
- Monoisotopic Mass: 26.01440660
- IUPAC Name: lithium;fluoride
- SMILES: [Li+].[F-]
- Synonyms: LITHIUM FLUORIDE, 7789-24-4, Fluorolithium, Lithium monofluoride, Lithium fluorure
Application
Lithium Fluoride is extensively used as a flux in metal welding and brazing due to its ability to lower melting points and improve flow. In the aluminum industry, it serves as a key additive in electrolytic processes to enhance conductivity and efficiency. Additionally, LiF is a critical precursor in the synthesis of lithium salts for batteries and other energy storage applications. Its optical clarity in UV and VUV ranges makes it valuable for lenses, windows, and detectors in spectroscopy and space instrumentation. Researchers also utilize Lithium Fluoride in nuclear reactors as a neutron detector component owing to its favorable nuclear properties.
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