Atomfair Lithium oxalate C2Li2O4

Description Lithium Oxalate (C2Li2O4) is a high-purity inorganic compound widely utilized in electrochemical and materials research. This white crystalline powder, with CAS number 553-91-3, is synthesized under stringent conditions to ensure optimal consistency and minimal impurities. Its molecular structure, featuring a stable oxalate anion complexed with lithium cations, makes it an excellent candidate for lithium-ion battery research, particularly in the study of electrolyte formulations and electrode materials. With a molar mass of 101.90 g/mol, Lithium Oxalate is highly soluble in water and exhibits thermal stability under standard laboratory conditions. Packaged in moisture-resistant containers to preserve integrity, this reagent is ideal…

Description

Lithium Oxalate (C₂Li₂O₄) is a high-purity inorganic compound widely utilized in electrochemical and materials research. This white crystalline powder, with CAS number 553-91-3, is synthesized under stringent conditions to ensure optimal consistency and minimal impurities. Its molecular structure, featuring a stable oxalate anion complexed with lithium cations, makes it an excellent candidate for lithium-ion battery research, particularly in the study of electrolyte formulations and electrode materials. With a molar mass of 101.90 g/mol, Lithium Oxalate is highly soluble in water and exhibits thermal stability under standard laboratory conditions. Packaged in moisture-resistant containers to preserve integrity, this reagent is ideal for advanced scientific applications requiring precise lithium sources.

CAS No: 553-91-3
Molecular Formula: C2Li2O4
Molecular Weight: 102.0
Exact Mass: 102.01166535
Monoisotopic Mass: 102.01166535
IUPAC Name: dilithium;oxalate
SMILES: [Li+].[Li+].C(=O)(C(=O)[O-])[O-]
Synonyms: Lithium oxalate, 553-91-3, Dilithium oxalate, UNII-K737OT0E73, EINECS 209-054-1

Application

Lithium Oxalate is primarily employed in the development of lithium-ion battery electrolytes due to its ability to enhance ionic conductivity and electrode stability. Researchers also utilize it as a precursor for synthesizing lithium-containing ceramic and glass materials. In analytical chemistry, it serves as a calibration standard for lithium quantification techniques such as atomic absorption spectroscopy (AAS).

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