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Atomfair Sodium Na

Description Sodium (CAS No. 522651-42-9), represented by the molecular formula Na , is a highly reactive alkali metal essential in both industrial and laboratory settings. This elemental sodium is available in high-purity form, ensuring optimal performance for synthetic chemistry, material science, and energy storage applications. Its metallic form is typically stored under inert conditions (e.g., mineral oil or argon) to prevent oxidation. With standardized particle sizes and rigorous quality control, our sodium is ideal for precision reactions, including the synthesis of organosodium compounds, sodium-ion battery research, and metallurgical processes. Each batch is analytically certified for trace metals and other impurities…

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Description

Description

Sodium (CAS No. 522651-42-9), represented by the molecular formula Na, is a highly reactive alkali metal essential in both industrial and laboratory settings. This elemental sodium is available in high-purity form, ensuring optimal performance for synthetic chemistry, material science, and energy storage applications. Its metallic form is typically stored under inert conditions (e.g., mineral oil or argon) to prevent oxidation. With standardized particle sizes and rigorous quality control, our sodium is ideal for precision reactions, including the synthesis of organosodium compounds, sodium-ion battery research, and metallurgical processes. Each batch is analytically certified for trace metals and other impurities to meet the demands of advanced research.

  • CAS No: 522651-42-9
  • Molecular Formula: Na
  • Molecular Weight: 22.9897693
  • Exact Mass: 22.98976928
  • Monoisotopic Mass: 22.98976928
  • IUPAC Name: sodium
  • SMILES: [Na]
  • Synonyms: SODIUM, 7440-23-5, Natrium, Sodio, sodium atom

Application

Sodium is widely used as a reducing agent in organic synthesis, particularly in Birch reductions and the preparation of sodium hydride. It serves as a critical component in sodium-ion battery development due to its electrochemical properties. Additionally, sodium is employed in metallurgy for alloy production and as a heat transfer medium in nuclear reactors.

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