Atomfair Potassium K K

Description Potassium (CAS No. 1065010-87-8) is a highly reactive alkali metal with the molecular formula K . This elemental metal is characterized by its soft, silvery-white appearance and rapid oxidation in air, necessitating storage under inert conditions such as mineral oil or argon. Potassium is essential in a wide range of chemical, industrial, and research applications due to its strong reducing properties and high electrochemical potential. Our high-purity Potassium is meticulously handled to ensure minimal contamination, making it ideal for laboratory synthesis, battery research, and metallurgical processes. Available in various forms including ingots, rods, or sealed ampoules, this product meets…

Description

Description

Potassium (CAS No. 1065010-87-8) is a highly reactive alkali metal with the molecular formula K. This elemental metal is characterized by its soft, silvery-white appearance and rapid oxidation in air, necessitating storage under inert conditions such as mineral oil or argon. Potassium is essential in a wide range of chemical, industrial, and research applications due to its strong reducing properties and high electrochemical potential. Our high-purity Potassium is meticulously handled to ensure minimal contamination, making it ideal for laboratory synthesis, battery research, and metallurgical processes. Available in various forms including ingots, rods, or sealed ampoules, this product meets stringent quality standards for researchers and scientists requiring reliable and consistent material performance.

  • CAS No: 1065010-87-8
  • Molecular Formula: K
  • Molecular Weight: 39.0983
  • Exact Mass: 38.96370648
  • Monoisotopic Mass: 38.96370648
  • IUPAC Name: potassium
  • SMILES: [K]
  • Synonyms: POTASSIUM, 7440-09-7, Kalium, Potassium, metal, potasio

Application

Potassium is widely used in chemical synthesis as a strong reducing agent for organic and inorganic reactions. In energy storage research, it serves as a critical component in potassium-ion battery development due to its low redox potential. Additionally, it is employed in metallurgy for alloy production and as a heat transfer medium in specialized industrial processes.

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