Lithium Aluminum Hydride By-product

Description

1. Product Overview
   Lithium Aluminum Hydride By-product is an industrial secondary material generated during the production and handling of lithium aluminum hydride processes. It is primarily utilized in controlled chemical recovery, specialized reagent manufacturing, and downstream metal processing applications. This by-product offers strategic value in optimizing resource efficiency and reducing raw material waste within high-value chemical supply chains. Its relevance is increasing as industries prioritize circular chemistry models and cost-efficient sourcing of reactive intermediates.
2. Key Specifications & Technical Characteristics

• Chemical composition: Mixture of lithium, aluminum, hydride residues, and inert processing salts (composition varies by production route)
• Purity level/grade: Industrial by-product grade (non-pharmaceutical, non-electronic grade)
• Physical characteristics: Fine powder or granular residue; gray to off-white appearance
• Particle size: Variable, typically fine particulate distribution depending on filtration stage
• Density: Process-dependent, typically medium bulk density material
• Packaging options: Sealed steel drums, fiber drums with inner liners, or bulk FIBC bags
• Shelf life: Stable under dry, inert, and controlled storage conditions; recommended storage review within 12–24 months

3. Core Industrial Applications
   This by-product is primarily used in chemical recovery and recycling operations within advanced inorganic and organometallic industries. It serves as a feedstock in metal reclamation processes and as a supplementary material in controlled reagent synthesis where full-grade purity is not required. Industrial operators value it for its ability to reduce raw material costs while maintaining functional chemical reactivity in secondary processing systems. It is particularly relevant in specialty chemical manufacturing environments focused on process optimization and waste minimization.
4. Competitive Advantages

• Quality consistency from controlled industrial synthesis streams
• Reliable supply from integrated production and recovery systems
• Efficient logistics support for bulk international shipments
• Cost advantage compared to virgin reactive raw materials
• Supports sustainability initiatives through material recovery and waste valorization
• Availability of technical documentation and handling guidance for industrial users

5. Commercial & Supply Information

• Minimum Order Quantity (MOQ): BULK 20MT
• Loading Capacity: 20–22 MT per standard 20-foot container (depending on packaging configuration and local transport regulations)