About Contact Info

Let’s Stay In Touch

Reach out to us for expert advice and personalized solutions

Need help? Talk to an expert

+91-9810065236

Copper Recycling Plant

At Faridabad Furnace Manufacturer Pvt. Ltd., we offer end-to-end solutions for Copper Recycling Plants designed to recover and refine copper from scrap and secondary materials. Our systems are built with precision engineering, ensuring maximum metal recovery, energy efficiency, and environmental safety.
We manufacture and supply fully integrated turnkey copper recycling plants equipped with high-efficiency melting furnaces, refining systems, and air pollution control units. Whether you are processing copper wires, cables, slag, or industrial scrap, our solutions deliver consistent purity and high output with minimal operational cost.

Key Features of Copper Recycling Plant

  • Turnkey Solutions – From design to commissioning and operator training
  • High-Purity Copper Recovery – With optimized melting and refining technology
  • Pollution Control Systems – Ensures emission compliance and workplace safety
  • Energy-Efficient Operation – Lower fuel consumption and minimal maintenance
  • Custom-Built Designs – Scalable to meet your plant size and production volume

Our plants are trusted by clients across India and abroad for their reliability, performance, and long-term value in copper recycling.

FAQs – Copper Recycling Plant

What types of copper scrap can be processed?
Our plants can handle copper wire scrap, cable scrap, copper slag, copper ingots, and other industrial copper waste.
Is the system suitable for both small and large-scale operations?
Yes, we provide customized plant sizes to suit your production needs, ranging from compact units to full-scale industrial systems.
How environmentally safe is the recycling process?
All our copper recycling plants include Air Pollution Control Systems to meet CPCB and global environmental standards.
What is the average copper purity after recycling?
Our technology ensures up to 99.9% pure copper output, depending on input quality and processing stages.