Lithium Oxalate: Properties, Applications, and Benefits
Discover the versatile applications of Lithium Oxalate (CAS 553-91-3) in pharmaceuticals, battery technology, and beyond.
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Lithium Oxalate
Lithium Oxalate is a crucial chemical compound widely utilized across various industries, primarily recognized for its role in the pharmaceutical sector and in the advancement of battery technology. Its specific chemical properties, including a density of 2.12 and a water solubility of 66 g/L, make it suitable for specialized applications.
- Explore the lithium oxalate pharmaceutical applications, where it serves as a vital raw material for synthesizing various lithium salts, essential for medicinal preparations.
- Learn about lithium oxalate battery electrolyte uses, highlighting its importance in enhancing the performance and energy density of lithium-ion batteries, crucial for modern electronics and electric vehicles.
- Understand the significance of lithium oxalate CAS 553-91-3 as a precisely identified chemical compound with well-documented properties and uses.
- Discover how lithium oxalate chemical synthesis contributes to creating new materials and compounds, playing a key role in innovation within chemical manufacturing.
Advantages Offered
High Purity for Reliable Results
The consistent quality and high purity of Lithium Oxalate ensure reliable outcomes in both experimental research and industrial production, underpinning its value in analytical chemistry.
Versatile Industrial Applications
From battery electrolytes to pharmaceutical intermediates, Lithium Oxalate's diverse lithium oxalate industrial uses demonstrate its adaptability and importance across multiple sectors.
Essential for Advanced Materials
As a key component in cutting-edge technologies, Lithium Oxalate supports the development of advanced materials, showcasing its role in technological progress.
Key Applications
Pharmaceutical Industry
As a precursor for lithium salt raw materials, its use is critical for synthesizing compounds with therapeutic properties, aligning with lithium oxalate pharmaceutical applications.
Battery Technology
Integral to the formulation of lithium oxalate battery electrolyte, it enhances energy storage capabilities for electric vehicles and portable devices.
Chemical Synthesis
Utilized as an intermediate in the lithium oxalate chemical synthesis of various chemicals, supporting innovation in material science and chemical production.
Analytical Chemistry
Acts as an lithium oxalate analytical reagent, proving useful in precise detection and quantification methods in scientific research.