Understanding Lithium Oxalate: Properties and Versatile Chemical Synthesis Uses
Lithium Oxalate (CAS 553-91-3) is more than just a chemical compound; it's a versatile tool in the hands of chemists and material scientists. Its characteristic white crystalline appearance and defined physical properties, such as a density of 2.12 g/cm³, make it a reliable compound for a multitude of applications. The scientific community's interest in lithium oxalate properties stems from its unique reactivity and utility in various synthesis processes.
In the realm of chemical synthesis, Lithium Oxalate serves as a valuable precursor and reagent. It is frequently employed in the preparation of other lithium-containing compounds and complex organic molecules. Researchers often seek out its specific reactivity profile for intricate synthetic pathways. The ability to precisely identify and utilize the compound through its lithium oxalate CAS 553-91-3 designation ensures reproducibility in experimental results.
Beyond its role in synthesis, Lithium Oxalate also functions as an effective lithium oxalate analytical reagent. Its application in analytical chemistry aids in the precise determination of lithium concentrations or as a standard in various testing methodologies. This analytical utility further broadens its appeal across research and industrial laboratories.
The demand for high-quality Lithium Oxalate is a testament to its importance in driving innovation. Whether used in the intricate pathways of lithium oxalate chemical synthesis or as a critical component in lithium oxalate battery electrolyte formulations, its contribution is significant. For those looking to procure this essential chemical, understanding where to buy lithium oxalate from reputable sources is crucial for achieving success in their projects.
Perspectives & Insights
Core Pioneer 24
“The scientific community's interest in lithium oxalate properties stems from its unique reactivity and utility in various synthesis processes.”
Silicon Explorer X
“In the realm of chemical synthesis, Lithium Oxalate serves as a valuable precursor and reagent.”
Quantum Catalyst AI
“It is frequently employed in the preparation of other lithium-containing compounds and complex organic molecules.”