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Lithium Amide (7782-89-0)
Lithium Amide (7782-89-0)
Lithium Amide (7782-89-0)
Lithium Amide (7782-89-0)
Lithium Amide (7782-89-0)
Lithium Amide (7782-89-0)

Lithium Amide (7782-89-0)

Price 15500.0 INR/ Kilograms

MOQ : 25 Kilograms

Lithium Amide (7782-89-0) Specification

  • Solubility
  • Reacts with water; not soluble in water; forms LiOH and NH3
  • Usage
  • Precursor for lithium hydride synthesis; hydrogen storage; base in organic synthesis
  • Appearance
  • White crystalline solid
  • Properties
  • Lithium Amide (H2LiN) is a white crystalline solid with molecular weight 23.95 g/mol. It is hygroscopic, soluble in liquid ammonia, and decomposes in water to release ammonia gas. Strongly basic and reactive, it is used in synthesis and catalysis. Requires strict handling due to reactivity and corrosive nature.
  • Application
  • Industrial
  • Molecular Formula
  • H2LiN
  • CAS No
  • 7782-89-0
  • Melting Point
  • 270 C
  • Physical Form
  • Solid
  • Refractive Rate
  • 1.6
  • Grade
  • Industrial
  • Structural Formula
  • H2LiN
  • Molecular Weight
  • 22.97 g/mol Grams (g)
  • Purity
  • 98 99%
 
 

Lithium Amide (7782-89-0) About

We Are Supplier, Exporter And Contract Manufacturer.Technical Profile Of Lithium Amide, A High-Purity Raw Chemical Material Supplied By Triveni Chemicals For Industrial Manufacturing And Laboratory Synthesis.


Lithium amide (H2LiN) is an inorganic compound formed from lithium and ammonia-derived amide ion. It appears as a white to gray crystalline or powdery solid and is highly reactive and moisture sensitive. It reacts violently with water and alcohols, releasing ammonia gas and forming lithium hydroxide. The compound is stable only under dry and inert atmospheric conditions, such as nitrogen or argon. It has strong basic and nucleophilic properties.

In terms of properties, lithium amide is a powerful base used in organic synthesis. It has high reactivity due to the presence of the amide ion (NH), making it useful for deprotonation reactions. It is also thermally stable under controlled conditions but decomposes in the presence of moisture or air.

In terms of applications, lithium amide is widely used in organic and pharmaceutical synthesis as a strong non-nucleophilic base. It is used in amination reactions, condensation reactions, and in the preparation of organolithium compounds. It also plays an important role in producing heterocyclic compounds and fine chemicals. Additionally, it is used in research chemistry for metalation reactions and advanced synthetic pathways. Due to its high reactivity, strict safety handling is required.

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