1. Facilitating Efficient Iron and Steel Smelting
- Charged directly into blast furnaces or converters to replace a portion of iron ore, shortening smelting cycles and reducing energy consumption.
- Stable composition minimizes impurity interference, enhancing steel quality.
- Reduces coke consumption and CO₂ emissions, aligning with green smelting trends.
2. Expanding Raw Material Sources for Machinery Manufacturing
- Serves as a direct raw material for precision casting of small components, minimizing metal waste and reducing production costs.
- Composition can be adjusted to meet specific performance requirements.
- Provides manufacturers with a more diverse range of raw material options.
3. Promoting Resource Recycling in the Environmental Protection Industry
- Processes recovered scrap metal into briquettes, significantly reducing storage space and transportation costs.
- Returns briquettes to smelters to be transformed into new metal products, achieving a closed‑loop resource cycle.
- Mitigates environmental pollution, relieves pressure on mineral supplies, and fosters a circular economy.
4. Enhancing Efficiency in the Energy Industry
- Low‑calorific metal waste can be processed into briquettes and used as auxiliary fuel for industrial boilers.
- Combustion heat can be harnessed for power generation or heating, enabling energy recovery.
- Combustion residues can be further processed to extract valuable components, maximizing overall resource utilization.
