Lithium Tungstate 13568-45-1: Properties, Applications, and Sourcing
Discover the essential details of Lithium Tungstate (CAS 13568-45-1), a key compound for advanced material applications.
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Lithium Tungstate
Lithium Tungstate, identified by CAS number 13568-45-1, is a vital inorganic chemical compound with a distinct white to off-white powder appearance. It possesses a high melting point of 742°C and a density of 3.71 g/mL at 25°C, with notable solubility in water. This compound finds significant utility across various sectors, including UV-Curing Materials, particularly as a UV Absorber, and broadly within Catalysis, Ceramics, and general Inorganic Chemistry.
- Explore the properties of Lithium Tungstate CAS 13568-45-1 for your specific chemical synthesis needs.
- Source high-quality Lithium Tungstate from reliable suppliers in China.
- Understand the applications of Lithium Tungstate as a UV Absorber in advanced material formulations.
- Investigate the role of Lithium Tungstate in ceramic and catalytic processes.
Key Advantages
Versatile Chemical Synthesis
Lithium Tungstate serves as a crucial component in chemical synthesis, offering unique properties that benefit various industrial processes. Learn about buy Lithium Tungstate for your production lines.
High-Purity Sourcing
Accessing Lithium Tungstate from trusted Lithium Tungstate suppliers in China ensures consistent quality and performance for your applications.
Enhanced UV Protection
Utilize Lithium Tungstate as an effective UV Absorber, providing essential protection in coatings and materials against ultraviolet degradation.
Key Applications
UV-Curing Materials
As a critical UV Absorber, Lithium Tungstate plays a role in enhancing the durability and performance of UV-curable coatings and inks.
Catalysis and Inorganic Chemistry
The compound's properties make it valuable in catalytic processes and various inorganic chemical applications, supporting innovations in material science.
Ceramics and Material Science
Lithium Tungstate contributes to advancements in ceramics and other metal and ceramic science applications, leveraging its thermal and chemical stability.
Chemical Synthesis Intermediate
It serves as a fundamental intermediate in the synthesis of more complex chemical compounds, offering a reliable starting point for new material development.