Lithium Iodide
Lithium Iodide (CAS:10377-51-2) is a hygroscopic lithium halide with outstanding solubility in low-polarity solvents. It functions as an efficient catalyst in organic synthesis and as an electrolyte component in lithium batteries, dye-sensitized solar cells and electrochemical devices, where its high ionic mobility and low lattice energy enable superior performance. Quality is locked down at every stage: production follows standardized parameters, and each Industrial Grade batch is sampled and tested before release, with records available for customer audit. Purchasers gain real supply security, because 25kg/drum, 25kg/bag, IBC Drum options, short lead times and responsive technical support allow seamless qualification into existing formulations or production lines.
As a professional fine-chemical manufacturer and exporter, KieRay Chem delivers Lithium Iodide (CAS:10377-51-2) with dependable consistency and full supply-chain transparency. Each shipment is released only after passing comprehensive QC covering assay, impurity profile and physical parameters, accompanied by COA, TDS and SDS documentation. Flexible packaging, reliable sea and air logistics, and a professional technical team make KieRay Chem the effortless choice for both R&D quantities and bulk supply. From initial samples to industrial-scale volumes, KieRay Chem provides the stability, documentation and service excellence that demanding buyers rely on.
## Lithium Iodide (LiI, CAS 10377-51-2): Key Functions and Uses
1. **Electrolyte for Advanced Batteries**
Lithium Iodide is an ionic lithium salt used in electrochemical and energy-storage research. Its high ionic character makes it relevant to electrolyte development for lithium batteries, solid-state batteries, and selected high-temperature electrochemical systems.
2. **Lithium–Sulfur Battery Research**
LiI may be investigated as an electrolyte additive or functional component in **lithium–sulfur batteries**. Depending on the formulation, it can influence ionic transport, polysulfide chemistry, redox reactions, and interfacial stability.
3. **Solid-State Electrolyte and Glass Materials**
Anhydrous Lithium Iodide is used in research on solid electrolytes and LiI-containing glass or composite materials. These systems are evaluated for ionic conductivity, chemical compatibility, and potential use in next-generation solid-state energy-storage devices.
4. **Reagent for Organic Synthesis**
CAS 10377-51-2 is a useful iodide source in organic and organometallic chemistry. It can participate in halide-exchange reactions, assist selected bond-cleavage processes, and support the preparation of iodine-containing intermediates and functional molecules.
5. **Catalyst and Reaction Promoter**
Lithium Iodide can act as a catalyst, co-catalyst, or reaction promoter in selected chemical transformations. Its effectiveness depends on the substrate, solvent, temperature, water content, and reaction mechanism.
6. **Moisture-Sensitive and Air-Free Chemistry**
Because LiI is highly hygroscopic, anhydrous or ultra-dry grades are valuable for moisture-sensitive synthesis, electrolyte preparation, and controlled laboratory procedures. Low water content is especially important when trace moisture could affect reaction selectivity or electrochemical performance.
7. **Humidity, Optical, and Functional-Material Research**
Lithium Iodide’s moisture absorption behavior makes it relevant to selected humidity-sensing and functional-material studies. It may also be evaluated in specialty glass, optical materials, photography-related chemistry, and other applications requiring a soluble iodide salt.
8. **Quality, Procurement, and Safety Considerations**
When sourcing Lithium Iodide 10377-51-2, buyers should verify anhydrous or hydrated form, purity, water content, iodate or metal impurities, particle size, packaging, certificate of analysis, and moisture-protection requirements. Useful SEO keywords include **Lithium Iodide, LiI, CAS 10377-51-2, anhydrous lithium iodide, lithium battery electrolyte, lithium–sulfur battery additive, solid electrolyte, iodide reagent, and organic synthesis reagent**. Users should follow the supplier’s Safety Data Sheet and applicable laboratory or industrial regulations.
Product Name: Lithium Iodide
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