Precious Metal Scrap HS 7112

Our Precious Metal Scrap under HS Code 7112 consists of high-value waste materials intended exclusively for the recovery of gold, silver, platinum, palladium, and other precious metals. This classification encompasses various industrial by-products, including spent catalysts, electronic waste, selective plating ash, and other residues containing precious metal compounds.

We source from verified decommissioning projects and industrial partners, ensuring a consistent and compliant supply. This material is not for reuse but is a premium feedstock for smelters and refiners.

Our HS 7112 scrap includes, but is not limited to:

• Gold Scrap (7112.91): Pins and trimming residues, plated electronic components, e-waste, sweeps, and ash containing gold or its compounds.

• Silver Scrap (7112.99): Silver-bearing dross, anode slime from electrolytic refining, spent solutions, and coated materials.

• Platinum Scrap (7112.92): Autocatalyst (honeycombs) from vehicles, thermo-couple wires, medical device scrap, and spent petroleum catalysts.

• Multi-Metal / PGMs (7112.99): Palladium, rhodium, and iridium (Iridium) from specialized electronics, lab crucibles, or industrial wear parts.

 Why Refiners Prefer Our HS 7112 Scrap

• Favorable Tariff Classification: This HS 7112 code is frequently subject to customs duty exemptions or preferential rates, facilitating more cost-effective logistics.

• High Concentration of Value: Our scrap is selectively sourced, offering significantly higher metal yields per ton than common consumer or municipal waste.

• Sustainable Sourcing: Reclaiming precious metals from waste dramatically reduces carbon footprint compared to virgin mining – by up to 10,000 times.

✨ Quality, Volume & Logistics

• Available Packages: We offer sample kits for assaying (1-5kg), industrial boxes (25-100kg), sealed drums (200-400kg), baled materials, full 20ft/40ft containers.

• Quality Assurance: Material is sorted, free of hazardous contaminants (batteries/mercury), and supplied with an estimated metal content breakdown.

• Processing Compatibility: Suitable for pyrometallurgical (smelting in plasma/hydrogen furnaces), hydrometallurgical (acid/peroxide leaching), and pyrolytic reduction (APR4) refining systems.