Lithium Hydroxide Residue

Description

1. Product Overview
Lithium Hydroxide Residue is an industrial by-product generated during lithium refining and lithium hydroxide production processes. This material contains residual lithium compounds and alkaline mineral components that can be recovered or repurposed across multiple chemical and metallurgical applications. It provides industrial buyers with a cost-effective secondary source of lithium-bearing material suitable for further extraction, chemical processing, and materials recovery operations. As global demand for lithium-based technologies continues to expand, lithium hydroxide residue represents a strategically valuable feedstock for resource recovery, circular material utilization, and sustainable supply chain management.

2. Key Specifications & Technical Characteristics

• Chemical Composition: Residual lithium compounds (LiOH, Li₂CO₃ traces), calcium compounds, sodium salts, and mineral impurities depending on source process
• Lithium Content: Typically 1–6% Li (varies by production origin and processing stage)
• Purity Level / Grade: Industrial-grade secondary lithium-bearing residue suitable for recovery and processing
• Physical Form: Fine powder or granular residue
• Color: Off-white to light grey
• Particle Size: Generally <1 mm depending on filtration and drying process
• Bulk Density: Approximately 0.7–1.2 g/cm³
• Moisture Content: Typically <10% depending on storage and processing method
• Alkalinity: Moderately alkaline due to residual lithium hydroxide content
• Packaging Options: Bulk loose cargo, jumbo bags (1 MT), or sealed industrial bulk packaging
• Shelf Life: Stable under dry storage conditions; recommended storage in moisture-controlled environments

3. Core Industrial Applications
Lithium Hydroxide Residue serves as an important secondary raw material in industries focused on resource recovery, chemical processing, and advanced materials production.

• Lithium Recovery & Refining: Used as a feedstock in hydrometallurgical recovery processes to extract remaining lithium compounds for reprocessing into lithium carbonate or lithium hydroxide.
• Battery Materials Supply Chain: Provides a cost-efficient intermediate resource for lithium recovery facilities supplying cathode material manufacturers.
• Chemical Processing Industry: Utilized as an alkaline raw material in certain industrial chemical formulations and mineral processing applications.
• Metallurgical Operations: Used as an additive or flux component where alkaline mineral content provides operational benefits.

Compared with primary lithium feedstock, lithium hydroxide residue offers substantial cost advantages for recovery operations and supports circular resource utilization in the rapidly expanding lithium materials ecosystem.

4. Competitive Advantages

• Consistent Industrial Quality: Material sourced from controlled lithium refining processes ensuring stable chemical composition profiles
• Reliable Supply Streams: Continuous availability from lithium production facilities and chemical processing plants
• Cost-Effective Feedstock: Lower acquisition cost compared to primary lithium ores or refined compounds
• Logistics Efficiency: Bulk handling capability suitable for international containerized shipments
• Sustainability Value: Supports circular lithium recovery and reduces industrial waste through material reuse
• Technical Documentation: Chemical analysis and material data available to support industrial recovery and processing operations

5. Commercial & Supply Information

• Minimum Order Quantity (MOQ): BULK 20 MT
• Loading Capacity: 20–25 MT per 20-ft container depending on moisture content and packaging format