Lithium Fluoride
Lithium Fluoride is a premium-grade, white crystalline inorganic salt carrying CAS number 7789-24-4. Exhibiting a short-wavelength ultraviolet transmittance profile and exceptional thermal stability with low water solubility, this high-purity compound serves as a critical structural asset for manufacturing specialized UV optics, molten salt flux configurations, and advanced lithium-ion battery electrolyte matrices globally.
Description
Comprehensive Product Overview of Lithium Fluoride
Exceptional thermal durability and rapid ionic conductivity provide a major competitive advantage in the formulation of modern industrial solutions. This active material salt works by providing the essential structural mechanisms—specifically acting as a potent liquidus temperature reducer in metallurgy and an optimized protective interface builder on battery anodes—needed for effective process stabilization. It helps manufacturing engineers achieve potent structural control and anti-corrosive protection profiles in technical glass lines without sacrificing batch uniformity or material density. For instance, Lithium Fluoride is frequently used as a primary structural compound block in automated molten salt reactor configurations. Consequently, it improves the technical efficacy of high-temperature thermal transfer protocols and localized glaze adhesion routines. As a result, Zyntex ensures ultra-low moisture absorption variation and strict raw assay monitoring for our supply, ensuring maximum safety during your manufacturing cycle.
Moreover, Zyntex supplies specialized solution-ready ultra-fine powder grades for the cutting-edge semiconductor crystal fabrication and commercial electroplating industries. This compound acts as a critical structural asset, helping to enhance the direct chemical defense mechanisms of solid matrices undergoing intense laser exposure or constant vacuum plasma friction. It pushes the boundaries of modern material science by offering a highly pure active source that regulates ultraviolet radiation transmission indices with extreme precision. At the same time, it serves as a crucial raw material matrix in the synthesis of specialized chemical fluxes and professional laboratory testing standards. In short, our product serves as a dependable “structural matrix.” It supports both the durability of optoelectronic items and the precision of modern thermodynamic engineering layouts.
Key Industrial Applications for Lithium Fluoride
This high-purity white crystalline powerful inorganic technical halide salt is essential in these four primary sectors:
🔭 UV Optical Components
Primary material source used for growing specialized vacuum ultraviolet prisms, windows, and thermal imaging lenses. Thus, it provides essential support for uniform light transmission lines.
🔋 Electrochemical Batteries
Key functional additive utilized for formulating advanced lithium-ion liquid electrolytes and solid-state battery interface coatings. Undoubtedly, it is vital for enhancing processing safety.
⛓️ Metallurgical Fluxes
Used as a professional high-efficiency component in active braising formulations, aluminum reduction baths, and welding coatings. Consequently, it is vital for high-performance melting controls.
🔬 TLD Dosimetry
Acts as an essential active matrix for compounding thermoluminescent dosimeter crystal chips utilized in nuclear radiation monitoring. Specifically, it supports high molecule structural clarity.
Technical Specifications
| Parameter | Standard Value |
|---|---|
| Product Name | Lithium Fluoride |
| Assay / Purity | ≥ 99.0% (Technical or Optical Grade) |
| Appearance | White fine crystalline powder |
| Melting Point | Approx. 845 °C |
| Sulfate (SO4) | ≤ 0.01% |
| CAS Number | 7789-24-4 |
📝 Safety & Handling (Optimized): Sourced strictly for controlled industrial manufacturing, crystal compounding engineering, and certified laboratory workflows. Lithium Fluoride is a toxic chemical compound upon ingestion or heavy airborne exposure; inhalation of pure fine powder dust can induce severe mucosal tract burn patterns, chemical pneumonitis, and chronic fluorosis if mishandled. Therefore, store strictly in its original moisture-proof airtight containers in a cool, dry, well-ventilated dedicated space away from strong mineral acids, direct moisture sources, and edible food storage clusters. Prevent any accumulation of fine powder dust clouds during mass allocation scales to protect facility operators. Operating with comprehensive personal protective equipment (PPE)—including chemical-resistant nitrile gloves, safety goggles, specialized dust protective garments, and a certified particulate respirator mask—is highly mandatory. Always review the Safety Data Sheet (SDS) for detailed protocols.
