Import Heavy Melting Scraps — Buy in Bulk from Supplier in India

Heavy Melting Scraps supplied by TVSS Traders consist of dense, recyclable metal fragments that have been processed to achieve robust melting characteristics. The supplier notes that the material is carefully sourced and processed to meet stringent quality standards, making it suitable for a range of industrial recycling applications. Production is described as sustainable, contributing to waste reduction while supporting manufacturing efficiency. The listing highlights flexible minimum order quantities and compliance with international certifications, though exact pricing is not disclosed.

In the scrap metal market, typical heavy melting scrap contains 90‑95 % iron, with manganese levels of 0.5‑2 % and residual elements up to 5 %. Particle size commonly ranges from 10‑100 mm, and moisture content is kept at 1 % or lower to ensure efficient melting. Standard specifications also limit sulphur to ≤0.05 % and phosphorus to ≤0.1 %, while bulk density usually falls between 6.5‑7.5 t/m³. These industry‑standard figures allow buyers to benchmark quality across suppliers and plan furnace feed rates accurately.

Construction, automotive, and metal‑fabrication firms regularly incorporate heavy melting scrap to lower raw‑material costs and comply with environmental regulations. The material’s high iron content makes it ideal for steel‑making, while its consistent size distribution supports smooth furnace operation. Buyers should confirm lead times, applicable incoterms, and any required certification documentation with TVSS Traders before finalising purchase arrangements.

TVSS Traders operates from Plot No 386, Niti Khand‑1, Ghaziabad 201014, Uttar Pradesh, India. The company is listed with a harbor trust tier and an imported supplier tier, indicating it has passed platform verification for cross‑border trade. Response metrics show a 0 % response rate and no recorded average response time, so buyers should initiate contact proactively to establish communication channels.