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Premium Heavy Melting Steel (HMS 1 & 2) scrap in the industry-standard 80:20 ratio. Sourced from heavy industrial demolition, obsolete machinery, and structural steel, this scrap is processed to ensure high density and optimal melting performance for electric arc furnaces.
- Grade: HMS 1 (ISRI 200) & HMS 2 (ISRI 203).
- Ratio: Standard 80% HMS 1 and 20% HMS 2.
- Thickness: HMS 1 (≥ 6mm) | HMS 2 (≥ 3mm).
- Logistics: Bulk shipment or containerized loading (25-28 MT per 20ft).
Delivery and return
Delivery and return
Shipping Information
Shipping Information
Composition and care
Composition and care
Description
Heavy Melting Steel (HMS 1 & 2): High-Density Scrap for Efficient Smelting
Power your steel production with our high-grade Heavy Melting Steel (HMS 1 & 2). As a primary feedstock for electric arc furnaces (EAF) and induction furnaces, our HMS scrap is carefully selected from industrial and demolition sources to provide the density and purity required for high-yield steel manufacturing. We provide the globally recognized 80:20 ratio, ensuring a consistent melt that balances cost-efficiency with chemical integrity.
The Industrial Standard for Melting Efficiency
What sets our HMS 1 & 2 apart is our commitment to strict ISRI grading and minimal contamination.
- Optimal Density: By focusing on heavy structural steel, beams, and plates, we ensure a high bulk density that reduces charging time and maximizes furnace capacity.
- Low Impurity Levels: Our scrap is processed to be free from dirt, excessive rust, and non-metallic attachments, ensuring a cleaner melt and lower slag production.
Boost Your Foundry Performance
Utilizing premium Heavy Melting Steel (HMS 1 & 2) offers significant operational and financial advantages for steel mills.
- Reduce Energy Consumption: High-density scrap melts more efficiently, shortening the time-to-tap and lowering electricity costs.
- Transform Production Yields: Lower levels of paint, galvanization, and impurities result in higher recovery rates of molten steel.
- Enhance Sustainability: Utilizing recycled steel scrap reduces CO2 emissions by up to 58% compared to producing steel from iron ore, aligning with 2026 green manufacturing standards.
Use Cases
This material is the preferred choice for high-volume metal processors:
- Steel Mills & Foundries: The essential base material for producing rebar, I-beams, and structural steel.
- Electric Arc Furnace (EAF) Operators: High-density feedstock that optimizes the arc-melting process.
- International Commodity Traders: A highly sought-after commodity for the global export market.
- Construction Material Manufacturers: Used to create the recycled steel components for modern infrastructure.
Quality Assurance & Trust Signals
We understand that weight and grading accuracy are the most critical factors in the scrap metal trade.
All shipments are weighed on certified scales and subject to third-party inspections (such as SGS or Bureau Veritas) for quality verification. We provide “Load-Ready” photos and videos for every container or bulk vessel shipment to ensure total transparency.
Secure Your HMS 1 & 2 Supply Chain
With global steel demand on the rise, securing a reliable supply of heavy melting scrap is vital for your production schedule.
We provide detailed material breakdowns according to International Scrap Recycling Industry (ISRI) standards to ensure seamless international trade.
- HMS 1 (ISRI 200-202): Wrought iron and/or steel scrap 1/4 inch (6mm) and over in thickness. Individual pieces not over 60 x 24 inches.
- HMS 2 (ISRI 203-206): Wrought iron and/or steel scrap, black and galvanized, 1/8 inch (3mm) and over in thickness.
- Composition: 80% HMS 1 / 20% HMS 2 (standard export blend).
- Chemical Analysis: Clean steel scrap with minimal residual alloys (Cr, Ni, Cu).
- Dimensions: Standard charging box sizes for easy furnace loading.
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