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Atomfair Sodium Na

Description Sodium (CAS No. 2926-29-6) is a highly reactive alkali metal with the molecular formula Na . This elemental metal is essential in various industrial, chemical, and research applications due to its strong reducing properties and high thermal conductivity. Our high-purity sodium is meticulously processed to ensure minimal impurities, making it ideal for laboratory synthesis, metallurgical processes, and energy storage applications. Packaged under inert conditions to prevent oxidation, this product guarantees stability and longevity. Whether used as a reagent, catalyst, or component in sodium-cooled reactors, our sodium meets stringent quality standards for researchers and scientists.

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Description

Description

Sodium (CAS No. 2926-29-6) is a highly reactive alkali metal with the molecular formula Na. This elemental metal is essential in various industrial, chemical, and research applications due to its strong reducing properties and high thermal conductivity. Our high-purity sodium is meticulously processed to ensure minimal impurities, making it ideal for laboratory synthesis, metallurgical processes, and energy storage applications. Packaged under inert conditions to prevent oxidation, this product guarantees stability and longevity. Whether used as a reagent, catalyst, or component in sodium-cooled reactors, our sodium meets stringent quality standards for researchers and scientists.

  • CAS No: 2926-29-6
  • 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 in organic synthesis as a reducing agent and in the production of sodium-based compounds like sodium hydride and sodium borohydride. It serves as a heat-transfer fluid in nuclear reactors due to its excellent thermal conductivity. Additionally, sodium is critical in the manufacture of dyes, pharmaceuticals, and fine chemicals, where its reactivity is leveraged for bond formation and reduction reactions.

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