Our premium Sponge Iron, also known as Direct Reduced Iron (DRI), represents a superior alternative to traditional steel melting scrap for modern steel production facilities. Manufactured using high-grade iron ore, non-coking coal, and dolomite through a carefully controlled direct reduction process, our product delivers exceptional metallic iron content of 86% with minimal impurities. With production capacity specifically designed to feed both induction and arc furnaces, we ensure consistent quality that meets the stringent requirements of serious steel manufacturers. The product's chemical composition is meticulously maintained with total iron content at 75±1%, sulfur below 0.04%, phosphorus under 0.07%, and carbon limited to 0.02%, making it an ideal choice for producing high-quality steel outputs with reliable performance characteristics.

This high-purity Sponge Iron finds extensive application across multiple industrial sectors, particularly in integrated steel plants, mini steel...

Our premium Sponge Iron, also known as Direct Reduced Iron (DRI), represents a superior alternative to traditional steel melting scrap for modern steel production facilities. Manufactured using high-grade iron ore, non-coking coal, and dolomite through a carefully controlled direct reduction process, our product delivers exceptional metallic iron content of 86% with minimal impurities. With production capacity specifically designed to feed both induction and arc furnaces, we ensure consistent quality that meets the stringent requirements of serious steel manufacturers. The product's chemical composition is meticulously maintained with total iron content at 75±1%, sulfur below 0.04%, phosphorus under 0.07%, and carbon limited to 0.02%, making it an ideal choice for producing high-quality steel outputs with reliable performance characteristics.

This high-purity Sponge Iron finds extensive application across multiple industrial sectors, particularly in integrated steel plants, mini steel plants, and specialized foundries. In integrated steel operations, it serves as a valuable supplement to blast furnace operations, enhancing overall yield and operational efficiency. Mini steel plants utilize it as primary feedstock in electric arc furnaces for producing construction steel, reinforcement bars, and structural components. Foundries rely on its consistent quality for manufacturing high-grade cast iron, ductile iron products, and precision engineering components. The automotive industry particularly values its low impurity content for producing critical components where material integrity and performance standards are non-negotiable for safety and durability requirements.

The business value of our Sponge Iron lies in its reliability, consistency, and performance enhancement capabilities for steel production processes. Our manufacturing process carefully considers the chemical and physical characteristics of raw materials, ensuring batch-to-batch consistency that serious buyers can depend on for their production schedules. The high metallization rate directly translates to better yield and reduced energy consumption during melting operations, providing significant cost savings. With low non-magnetic content and minimal impurities, our product reduces slag formation and improves furnace efficiency, ultimately lowering production costs while enhancing final product quality. This reliability makes us a preferred partner for businesses seeking consistent, high-quality metallic inputs for their steel production needs across various applications and industries.

Key Features:
- High metallic iron content of 86% ensuring superior melting efficiency and yield
- Low sulfur content below 0.04% and phosphorus under 0.07% for cleaner steel production
- Consistent chemical composition with total iron maintained at 75±1% for reliable performance
- Controlled carbon content at 0.02% maximum for precise steel quality control
- Uniform sizing with lumps between 3-20mm and fines 0-3mm for optimal furnace performance

Benefits:
- Enhanced melting efficiency with high metallic content reducing energy consumption
- Superior steel quality with low impurity levels ensuring better mechanical properties
- Consistent performance across batches for reliable production planning and output
- Reduced slag formation and improved furnace efficiency lowering operational costs
- Optimal sizing for better furnace charging and improved melting characteristics