Turning Waste into Performance-Grade Materials
We restore material value from waste streams through disciplined recovery and refining, enabling their reintegration into industrial use with assured reliability. Â
Our facility is built to operate across multiple recovery streams including lead smelting, lead refining, and PPCP processing.Â
Lead Smelting: 55 TPD | Lead Refining: 125 TPD | PPCP Processing: 10 TPDÂ
Refined Lead Ingots
Industry expectation for lead purity stands at 99.97%, and we treat that as a baseline. What differentiates our output is tighter specification control and repeatable performance at scale. Â
Our refined lead is produced through controlled refining processes that ensure:Â
- Uniform chemical composition
- Zero variation across batches
- Reliable downstream usability
Typical applications include:
Lead-acid battery manufacturing
Lead oxides & chemical applications
Cable sheathing and wire insulation
Medical & Industrial Shielding
Industrial castings and components
Weights and balancing applications
PPCP Granules (Polypropylene Copolymer)
Our plastic recovery is built on a disciplined system of collection, segregation, and processing to convert battery scrap into usable polymer streams. PPCP granules are produced by isolating and reprocessing polypropylene components from used batteries under defined conditions, so that the output is not just recycled plastic, but performance grade material. Â
Our PPCP output is characterized by:Â
- Controlled handeling for material consistency
- Stable physical properties for reuse
- Suitability for repeat industrial applications
Typical applications include:
Battery casings and related components
Industrial & Consumer Molded Parts
Automotive components (non-critical)
Electrical and electronic housings
Furniture, packaging and storage
Pallets, crates, and material handling
Lead-Based Alloys
Our alloy portfolio is built around shaping lead into compositions that go beyond standard refined output to introduce specific elements that achieve defined material behaviors. By working with alloying additions such as X and Y, we enable variations in hardness, durability, and functional properties required across different industrial contexts.Â
Indicative alloy types include:Â (Application-specific compositions)Â
- Lead+X Alloys
- Lead+Y Alloys
