Ferrous Metal Scrap
HMS 1 Scrap
Premium Heavy Melting Steel (HMS 1) scrap, consisting of heavy, high-density steel pieces from industrial demolition. It guarantees high yield and efficiency for direct furnace feeding with minimal impurities.
HMS 1/2 Scrap
A globally demanded 80/20 blend of Heavy Melting Steel 1 and 2. This standardized mixture provides an optimal balance of density and melting efficiency for continuous steel mill operations.
Cast Iron Scrap
High-grade cast iron scrap sourced from heavy industrial machinery and automotive components. It features excellent carbon content, ensuring superior durability and performance when remelted.
CRS Scrap
Premium Cold Rolled Steel (CRS) scrap, primarily resulting from the pristine manufacturing leftovers and offcuts of modern automotive and appliance bodies. It is exceptionally clean, rust-free, and easily recyclable with maximum efficiency.
LMS Bundle Scrap
Light Melting Scrap efficiently compressed and tightly bundled into dense bales. This processing method allows for significantly easier, cost-effective transportation logistics and enables direct, rapid feeding into industrial melting furnaces.
Car Bundle Scrap
End-of-life automobiles that have been fully depolluted, crushed, and tightly baled. This product represents an excellent, highly sustainable source of bulk volume recycled steel, providing foundries with large quantities of material efficiently.
PNS Scrap
Plate and Structural Steel (PNS) scrap consisting of extremely heavy structural steel beams and thick plates from major demolition projects. It offers premium grade heavy steel with virtually no impurities, ensuring maximum structural recovery.
Blue Steel Scrap
Exceptionally high-quality blue steel scrap, often resulting from precision spring manufacturing or specialized treated steel components. Its unique resilient properties make it a highly sought-after material for specialized metallurgical applications.
Shredded Scrap
Finely shredded steel scrap that has been heavily homogenized and aggressively magnetically separated to guarantee optimal purity. This intensive preparation ensures minimal slag generation and an exceptionally high yield when processed in furnaces.
