Shiv Shakti Metals has emerged as a pioneering force in the realm of insulated cable recycling, leveraging cutting-edge technologies to reclaim valuable materials from discarded cables. The company’s commitment to sustainable practices and environmental stewardship has led to the development of a comprehensive recycling process, tailored to extract maximum value from insulated copper and aluminum cables. Shiv Shakti Metals’ state-of-the-art facility employs advanced mechanical and chemical separation techniques to dismantle cables, segregate materials, and recover high-quality copper and aluminum. The recycling process begins with cable sorting and classification, followed by stripping and shredding to expose the conductive materials. Subsequent stages involve granulation, magnetic separation, and eddy current separation to isolate copper and aluminum from insulation and other contaminants. The resulting materials are then melted and purified to produce high-grade ingots, ready for reuse in various applications. By recycling insulated cables, Shiv Shakti Metals significantly reduces the environmental impacts associated with primary material extraction, processing, and disposal, while also conserving natural resources and decreasing energy consumption. As a leader in insulated cable recycling, Shiv Shakti Metals sets a benchmark for responsible waste management, inspiring others to adopt eco-friendly practices and promoting a culture of sustainability. Through its innovative recycling technologies and dedication to environmental protection, Shiv Shakti Metals solidifies its position as a champion of sustainable waste management, driving positive change and shaping a better tomorrow.
Process of Insulated Cable Recycling:-
- Collection and Sorting: Gather and categorize insulated cables by type and material.
- Stripping: Remove plastic or paper insulation from the cables.
- Shredding: Cut cables into smaller pieces to expose conductive materials.
- Granulation: Break down shredded cables into smaller granules.
- Separation:
- Magnetic separation: Isolate ferrous materials.
- Eddy current separation: Separate non-ferrous materials like copper and aluminum.
- Air separation: Remove lightweight materials.
- Cleaning: Remove contaminants and impurities from separated materials.
- Melting and Purification:
- Copper: Melt and purify to produce high-quality copper ingots.
- Aluminum: Melt and purify to produce high-quality aluminum ingots.
- Quality Control: Ensure recycled materials meet industry standards.
- Re-manufacturing: Use recycled materials to produce new products.