Lithium Amide
Lithium Amide (LiNH2, CAS 7782-89-0), min. 99.0%, supplied wholesale by Zyntex for professional use. Strong base for organic and pharmaceutical synthesis and component of Li–N–H hydrogen storage systems. CoA and SDS.
Description
Lithium Amide Product Overview
Lithium amide (LiNH2) is a white to gray crystalline powder that reacts violently with water, releasing ammonia and lithium hydroxide. It must therefore be handled under dry, inert conditions.
Organic chemists use it as a strong base for deprotonation, alkylation and condensation reactions in the synthesis of pharmaceutical and fine chemical intermediates. In energy research, the lithium amide–lithium hydride system is one of the most studied reversible hydrogen storage materials, and it is also investigated in ammonia decomposition catalysis.
Related lithium compounds in our range include Lithium Nitride, Lithium hydroxide and Lithium methoxide. For a sterically hindered amine used to make non-nucleophilic lithium bases, see Tetramethylpiperidine.
Key Applications of Lithium Amide
Main application areas:
🧪 Organic Synthesis
Strong base for deprotonation and alkylation.
💊 Pharmaceutical Intermediates
Reagent in API intermediate synthesis.
⚡ Hydrogen Storage
Component of Li–N–H storage systems.
🔬 Catalysis Research
Ammonia decomposition and nitrogen chemistry.
Lithium Amide Technical Specifications
| Parameter | Standard Value |
|---|---|
| Product Name | Lithium amide |
| CAS Number | 7782-89-0 |
| EC Number | 231-968-4 |
| Molecular Formula / Weight | LiNH2 / 22.96 g/mol |
| Assay / Purity | Min 99.0% |
| Appearance | White crystalline powder |
| Documents | CoA and SDS with every lot |
⚠️ Safety & Handling: Reacts violently with water, releasing ammonia and possibly flammable gases; causes severe skin burns and eye damage. For professional use only under dry inert atmosphere. Wear chemical-resistant gloves, face protection and protective clothing, and store in tightly closed containers under inert gas, away from water, acids and air. Always consult the Safety Data Sheet (SDS) for full classification and handling instructions.
Frequently Asked Questions
How should lithium amide be handled?
Only under dry inert gas, for example in a glovebox or under nitrogen or argon, because it reacts violently with moisture.
What is lithium amide used for in energy research?
Combined with lithium hydride, it forms a reversible hydrogen storage system that releases and absorbs hydrogen on heating and cooling.
How can I get a price and documents?
Prices depend on quantity, packaging and destination. Contact us with your required volume to receive a quotation together with the CoA and SDS.
