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Atomfair Beryllium cation Be+2

Description The Beryllium cation (Be2+) is a highly reactive divalent metal ion with the molecular formula Be2+and CAS number 23056-40-8 . This lightweight cation is characterized by its small ionic radius and high charge density, making it an essential component in materials science, nuclear applications, and specialized alloy production. With an IUPAC name of beryllium(2+) , this product is supplied as a high-purity reagent for laboratory and industrial use. Due to its unique properties, beryllium cations are employed in precision instrumentation, X-ray equipment, and aerospace components. Handle with extreme caution as beryllium compounds are known to be toxic and require…

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Description

Description

The Beryllium cation (Be2+) is a highly reactive divalent metal ion with the molecular formula Be2+ and CAS number 23056-40-8. This lightweight cation is characterized by its small ionic radius and high charge density, making it an essential component in materials science, nuclear applications, and specialized alloy production. With an IUPAC name of beryllium(2+), this product is supplied as a high-purity reagent for laboratory and industrial use. Due to its unique properties, beryllium cations are employed in precision instrumentation, X-ray equipment, and aerospace components. Handle with extreme caution as beryllium compounds are known to be toxic and require proper safety protocols.

  • CAS No: 23056-40-8
  • Molecular Formula: Be+2
  • Molecular Weight: 9.012183
  • Exact Mass: 9.0121831
  • Monoisotopic Mass: 9.0121831
  • Charge: 2
  • IUPAC Name: beryllium(2+)
  • SMILES: [Be+2]
  • Synonyms: Beryllium cation, YMB6GL9WCJ, beryllium cations, CHEBI:39132, beryllium(2+)

Application

Beryllium cations are primarily used in the synthesis of high-strength alloys for aerospace and defense applications. They serve as dopants in semiconductor research and are critical in the production of neutron moderators for nuclear reactors. Additionally, Be2+ ions are utilized in analytical chemistry for trace element detection and in the manufacturing of specialized ceramics and optical materials.

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