Model-400 copper wire recycling machine

Main Applications of a Dry Copper Wire Mill: This unit is designed for processing various types of waste wires, such as wires for electrical appliances, communication cables, and computer cables, which are not suitable for processing by wire stripping machines. It shreds large and small wires simultaneously without sorting, enabling dry separation and recycling of metals and plastics from various types of waste wires.

1. Main Applications
   This unit is designed for processing various types of waste wires, such as wires for electrical appliances, communication cables, and computer cables, which are not suitable for processing by wire stripping machines. It shreds large and small wires simultaneously without sorting, enabling dry separation and recycling of metals and plastics from various types of waste wires. It features high throughput, low power consumption, and a high separation rate. It allows for single-feeding, multi-machine collaboration (crushing, conveying, vacuuming, and dry separation). Its fully automatic intelligent control allows for single-person operation, including advanced dust collection. This improves the quality of recycled copper, allows for the reuse of plastics, and reduces environmental pollution.
2. Working Principle of the Dry Copper wire recycling Mill

Two materials of varying densities are deflected by wind as they vibrate across an angled screen surface. This deflects the denser copper wires against the screen surface and flows toward the copper outlet, while the less dense plastic skins float above them and flow toward the outlet, achieving copper-plastic separation. The separation efficiency is proportional to the diameter of the individual copper wires. Coarser wires are more cleanly separated from the plastic, resulting in higher output per unit time. Thinner wires, on the other hand, experience poorer separation.

3. Scope of Application

Waste wires that are not suitable for processing by wire stripping machines, such as various wires and cables, household appliance cables, communication cables, and computer cables.

4. Copper Wire and Cable Processing Process

The Copper Wire and Cable Processing Machine (waste wire and cable processing equipment) uses a shredder to break the material into pieces approximately 3 cm in length. The shredder then pulverizes the material using shearing techniques. High-precision airflow separation separates the plastic and copper. Unsorted plastic is then separated by an electrostatic separator to ensure copper reusability. This equipment features a novel and unique structure, high production capacity, and low power consumption. It boasts a high separation rate, allows for single-feeding, multi-machine collaboration, and is fully PLC-controlled, achieving leading-edge domestic production. The successful development of this machine not only addresses the challenges of incineration copper extraction, but also improves the quality of recycled copper and allows for the reuse of plastics while minimizing environmental pollution.