HMS (Heavy metal scrap)
At Recyklr, HMS (Heavy Melting Scrap) refers to high-quality ferrous scrap metal sourced from end-of-life industrial structures, demolition projects, construction sites, and heavy machinery. HMS is one of the most dependable and in-demand categories of scrap used by steel mills, induction furnaces, and foundries because of its high density, superior melting efficiency, and consistent recovery rate. Our HMS is carefully collected, sorted, and processed to remove unwanted impurities, ensuring that only clean, furnace-ready material is delivered to our buyers. Every batch undergoes strict quality checks to verify thickness, density, and metal purity, allowing manufacturers to achieve predictable furnace performance and stable output. At Recyklr, we supply both HMS 1 and HMS 2, giving our clients flexibility depending on their melting requirements. HMS 1 consists of thicker, uncoated, non-galvanized heavy scrap, while HMS 2 includes lighter scrap with mixed coatings. Together, these grades form the backbone of steel recycling, helping industries reduce production costs and rely on a more sustainable, eco-friendly raw material. By maintaining strict sourcing standards and working directly with trusted recycling yards, Recyklr ensures that our HMS meets global recycling norms, delivers consistent melting behavior, and supports efficient steel manufacturing across industries.
Specifications
Grades: HMS 1 (≥6 mm thickness), HMS 2 (<6 mm thickness) Thickness: 3 mm to 10+ mm depending on grade Size: Cut to furnace-ready dimensions (typically up to 1.5 meters); custom sizing available Composition: High iron (Fe) content with minimal non-ferrous metals Purity: Free from oil, grease, plastic, rubber, glass, and hazardous materials Density: High-density scrap suitable for induction and arc furnaces Allowed Impurities: <2% non-ferrous contamination;
Benefits
HMS is one of the most widely used and reliable forms of ferrous scrap in the steel industry due to its density, purity, and predictable melting characteristics. It plays a crucial role in efficient steelmaking, providing both economic and operational advantages. 1. High Density and Better Furnace Loading HMS consists of thick, heavy steel sections that allow furnaces to be charged with more metal per batch. This improves melting efficiency, reduces handling time, and supports higher productivity in induction and arc furnaces. 2. Consistent and Stable Melting Behavior Because HMS typically comes from structural steel, machinery parts, and heavy plates, it offers uniform thickness and stable melting behavior. This ensures smoother furnace performance, reduces fluctuations in temperature, and contributes to consistent steel quality. 3. Higher Metallic Yield HMS provides excellent iron recovery rates compared to lighter or mixed scrap. The dense composition results in lower slag generation and minimizes melting losses, allowing mills to achieve better output and stronger cost efficiency. 4. Low Impurity Levels HMS contains fewer contaminants such as non-ferrous metals, coatings, or lightweight attachments. This leads to cleaner steel, fewer inclusions during melting, and reduced need for additional refining processes. 5. Economical Raw Material for Steelmaking Compared to iron ore or billets, HMS is a cost-effective raw material. It delivers high-quality melting performance with significantly lower material costs, making it ideal for large and small steel production units. 6. Versatile Applications Across Industries HMS is suitable for a wide range of uses, including TMT bar manufacturing, re-rolling mills, structural steel production, casting operations, and general steel melting. Its durability and strength make it valuable for producing high-quality steel products. 7. Reduces Environmental Impact Using HMS promotes sustainable steel production by reducing the need for mining and processing of virgin raw materials. Recycling heavy ferrous scrap lowers carbon emissions, decreases energy consumption, and supports a circular economy. 8. Reliable Sourcing and Quality Control HMS is often sourced from predictable and controlled industrial streams such as demolition sites, shipbreaking yards, and dismantled machinery. This provides a consistent supply of material with dependable quality attributes required by industrial buyers.