Description
1. Product Overview
Aluminum Foil Scrap (Battery Grade) is a high-quality recyclable aluminum material recovered from lithium-ion battery manufacturing and related industrial processes. It consists primarily of clean aluminum foil used as the current collector in battery electrodes, making it highly valuable for metal recovery and advanced recycling operations. This material offers exceptional aluminum content and minimal contamination, enabling efficient reprocessing into high-purity aluminum products. As global demand for battery materials and sustainable metal sourcing increases, battery-grade aluminum foil scrap represents a strategically important feedstock for circular manufacturing and resource-efficient supply chains.
2. Key Specifications & Technical Characteristics
- Material Composition: Predominantly aluminum (Al) foil with trace residues from battery electrode processing
- Purity Level / Grade: Typically 98–99% aluminum content depending on source stream
- Form: Thin foil scrap, sheets, strips, or shredded foil
- Color: Metallic silver with possible dark coating residues
- Thickness Range: Typically 10–30 microns (varies by manufacturing origin)
- Density: Approx. 2.7 g/cm³ (aluminum base material)
- Contamination Level: Low non-metallic impurities; may contain minor binder or electrode coating residues
- Moisture Content: Low, controlled for safe storage and transport
- Packaging Options:
- Compressed bales
- Bulk bags (1–1.5 MT jumbo bags)
- Loose bulk loading for large shipments
- Shelf Life: Indefinite under dry, protected storage conditions
3. Core Industrial Applications
Battery Recycling Industry
Battery recyclers use aluminum foil scrap to recover high-purity aluminum from spent or manufacturing scrap streams. The material is processed through mechanical separation and smelting systems to produce recycled aluminum suitable for industrial reuse.
Secondary Aluminum Smelting
Aluminum foil scrap serves as a valuable feedstock for secondary aluminum producers. Its high aluminum concentration and thin foil structure allow rapid melting and efficient metal recovery compared to mixed aluminum scrap grades.
Battery Manufacturing Circular Supply Chains
Battery producers and material processors utilize this scrap as part of closed-loop recycling systems. Recovered aluminum can be reintroduced into battery component manufacturing, supporting sustainable production and reducing reliance on primary aluminum extraction.
Metal Recovery & Resource Processing
Industrial metal recovery facilities process aluminum foil scrap to reclaim valuable aluminum and separate residual electrode materials. The uniform composition and relatively clean material profile enable efficient processing and reduced refining costs.
4. Competitive Advantages
- High Aluminum Content: Battery-grade scrap ensures superior metal recovery rates compared with mixed aluminum scrap streams
- Consistent Material Quality: Sourced from controlled industrial production processes for reliable composition and performance
- Stable Supply Availability: Generated continuously from battery manufacturing and processing operations
- Efficient Recycling Feedstock: Thin foil structure enables rapid melting and improved furnace productivity
- Cost-Effective Raw Material: Offers significant cost advantages versus primary aluminum sourcing
- Sustainability Benefits: Supports circular economy initiatives and reduces energy consumption compared with primary aluminum production
- Logistics & Export Capability: Bulk handling and containerized shipping available for international buyers
- Documentation & Compliance: Material specifications and shipment documentation available upon request
5. Commercial & Supply Information
- Minimum Order Quantity (MOQ): BULK 20 MT
- Loading Capacity: 20–25 MT per 20ft container depending on packaging configuration
Reviews
There are no reviews yet.