aluminium Battery Scrap

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aluminium Battery Scrap Specification

Thickness
Variable

Scrap Type
Battery Scrap

Condition
Used/Defective

Density
2.7 Gram per cubic centimeter(g/cm3)

Grade
Industrial Grade

Purity
98% minimum

Composition
Aluminium alloys, traces of lead and electrolytes

Length
Varied

Weight
Bulk/Loose

Color
Silvery Grey

Form
Mixed shapes (plates, cases, cells)

Packaging
Loose/Bulk Packaging (customizable per buyer need)

Moisture
Low/Controlled

Application
Metal recovery, aluminium ingot production, recycling industry

Melting Point
660°C (approximate for aluminium)

About aluminium Battery Scrap

With our strong associations with the trusted vendors of the industry, we have been able to offer our clients Aluminium Battery Scrap. This scrap is extracted from batteries of computer electronic gadgets and is procured by sourcing agents in adherence to the international standards of quality. Extensively known all over the globe for its high strength, corrosive resistant nature and free from any radioactive contaminants, this scrap is hugely demanded in various industries. To ensure its quality and durability, we stringently check Aluminium Battery Scrap on certain parameters under the supervision of our quality controllers.

Features:

High strength
Rust proof
Light weight
Durability

Versatile Industrial Application

Aluminium Battery Scrap is a valuable resource for industries focused on metal recovery and recycling processes, largely due to its high aluminium content and customizable packaging. Its primary uses include the production of aluminium ingots and participation in the larger recycling ecosystem. The mixed shapes, sizes, and consistent purity make it adaptable for varied industrial requirements while supporting eco-friendly resource management.

Quality and Customization at Scale

Our scrap delivers a minimum 98% aluminium purity, with controlled moisture and variable length and thickness to suit specific processing needs. Buyers can request bulk or loose packaging, tailored to volume and logistical requirements. We ensure that all material is thoroughly sorted, maintaining industrial-grade standards, and ready for immediate integration into recycling or recovery operations.

FAQs of aluminium Battery Scrap:

Q: How is aluminium battery scrap processed for metal recovery?

A: Aluminium battery scrap is first sorted and cleaned to remove contaminants, then shredded into smaller pieces. The scrap undergoes melting at around 660C, separating aluminium from other elements for easy recovery. The molten aluminium is then cast into ingots or other forms for further industrial use.

Q: What are the common applications of this scrap material?

A: The scrap is primarily utilized in aluminium ingot production, metal recovery, and the recycling industry. Its high purity and consistent composition make it suitable for manufacturing new aluminium products, supporting sustainable resource management.

Q: When can buyers expect delivery of customised orders?

A: Delivery timelines depend on order volume and customization requirements, but we strive for prompt processing. Buyers typically receive consignments within a mutually agreed timeframe after finalizing the specifications and packaging preferences.

Q: Where does the aluminium battery scrap originate from?

A: This scrap is collected from used and defective batteries across industrial and commercial sources in India, ensuring steady supply and reliable quality for large-scale recycling and manufacturing needs.

Q: What is the typical process for packaging and shipment?

A: We offer flexible packaging options, including loose or bulk formats, based on buyer requests. All materials are securely packed with attention to moisture control and delivered promptly for seamless integration into industrial processes.

Q: What are the main benefits of using aluminium battery scrap in manufacturing?

A: Utilizing this scrap reduces raw material costs, conserves natural aluminium resources, and lowers the carbon footprint of manufacturing. Its high purity, density, and versatile form support efficient recycling processes and consistent end-product quality.

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