Direct Reduced Iron (DRI) is one of the essential raw materials in the steelmaking industry. With its high iron content and desirable purity, this material enables efficient and high-quality melting. Its porous structure allows rapid reactivity in electric arc and induction furnaces, thereby increasing melting efficiency. Due to controlled production and uniform composition, the quality of the final product is improved, and the need for steel scrap is reduced. In addition, the transportation and storage of DRI are easy because of its suitable shape and size, and it has relative resistance to rapid oxidation. The use of this material in steelmaking, besides reducing costs, contributes to sustainable productivity and a reliable supply of raw materials.
Direct Reduced Iron (DRI), produced through the direct reduction of iron ore without melting, is a key product in steelmaking. With its high iron content and low impurities, it enhances the quality of the final steel. Its porous structure provides high reactivity and fast melting in electric arc and induction furnaces. Due to the shortage and high cost of scrap, the use of DRI is steadily increasing. Easy transportation, uniform shape, and safe storage make it an economical and efficient option for the steel industry.
Direct Reduced Iron (DRI) serves as an efficient substitute for steel scrap and plays a crucial role in supplying the raw materials required by steelmaking plants. The use of this product allows a significant portion of furnace charges to be replaced with DRI instead of scrap. With its high iron content, DRI can effectively meet the quality requirements of melting processes. One of the main drivers behind the growing use of DRI is the shortage of steel scrap in the market, the continuous increase in its price, and the environmental challenges associated with the collection and recycling of scrap. Moreover, the production of DRI provides a more sustainable and controllable method of obtaining high-purity iron, reducing dependency on scrap resources. These features have made DRI a key and strategic element in the steel industry supply chain.
With its high iron content and suitable chemical purity, Direct Reduced Iron (DRI) not only ensures a stable supply of raw materials but also contributes to improving the quality of the produced steel. Its porous structure provides high reactivity in melting processes, increasing furnace efficiency. These features make DRI an ideal substitute for steel scrap, especially under conditions of shortage and rising scrap prices. Our company supplies DRI produced from premium raw materials using advanced technologies to meet the needs of the steel industry. Our technical team ensures that all products are delivered in accordance with international standards. In addition, timely delivery, expert consultation for optimizing consumption, and competitive pricing make us a strategic choice. Using our DRI leads to higher productivity, more consistent quality, and reduced costs. Consider our company your reliable partner in the steel supply chain!
| Size | Al₂O₃ | SiO₂ | P | S | C | Metallization | Total Gangue | Total Iron |
|---|---|---|---|---|---|---|---|---|
| 9-18mm | 0.5% max | 4% max | 0.08% max | 0.005% max | 0.120% max | 93%–91% | 4.5% Ave | 92%–88% |
