Cable Recycling Line for Scrap Wire and Cable, Enerpat #WGS

The ENERPAT Cable Recycling Line is an integrated solution designed for professional cable recyclers and large-scale scrap metal recovery operations. It processes scrap wires and cables through a combination of shredding, granulation, air separation, and dust collection to recover valuable copper and plastic materials.

The system can be configured around different cable types, feed sizes, processing capacities, and site layouts. By integrating the major processing stages into one coordinated line, ENERPAT helps recyclers streamline material handling, improve operational efficiency, and make better use of their available production space.

For projects involving mixed scrap cables, proper equipment selection is essential to achieving consistent separation performance and stable production. ENERPAT can work with customers to evaluate feed materials, define processing requirements, and determine a suitable line configuration before finalizing the equipment proposal.

Available configurations include the WG-400S, WG-600S, and WG-800S cable granulation systems, with different power ratings and processing capacities to suit different operational requirements.

Specification	WG-400S	WG-600S	WG-800S
Motor Power	27 kW	41 kW	90 kW
Cable Diameter Range	Under 20 mm	0.2–20 mm	0.2–30 mm
Stated Capacity	1–2 tons/day	3–4 tons/day	7–12 tons/day
Stated Hourly Capacity	Approx. 150–300 kg/h	450–600 kg/h	1,050–1,800 kg/h
Machine Dimensions	4,400 × 2,700 × 2,450 mm	5,000 × 3,000 × 2,500 mm	11,500 × 9,500 × 2,300 mm
Machine Weight	3,000 kg	4,000 kg	7,000 kg

• Integrated cable recycling line combining shredding, granulation, separation, and dust collection

• Multiple capacity options for different scrap wire and cable recycling operations

• Configurable equipment layout based on feed materials, throughput, and site requirements

• Designed for copper recovery and plastic separation from processed cable materials

• Coordinated processing stages to support efficient material flow and stable operation

• Project-based equipment selection to help optimize production space and operating costs

• Technical evaluation of feed materials and processing requirements before finalizing the line configuration