100kg/H150kg/H Power 23.12kw Copper Wire Granulator Machine 99% Purity
Product Introduction
It is a professional dry separation waste wire and cable production line. For example: the old automobile circuit line, communication cable, and wire stripper are not suitable for processing (various civil wires) waste and miscellaneous wires, wool wire, etc. the characteristics of this machine are that the large and small lines can be broken and separated at the same time without classification, with new structure, unique structure, large production volume and low power consumption. High separation rate, one feeding, multi machine cooperation. The whole line is controlled by PLC, and is in the leading level in China. The successful development of the machine solves the problems in the method of burning copper, improves the quality of copper recovery, and can recycle plastics and solve the environmental pollution.
Product Features
1. Compact structure, Low power consumption, Stable performance.
2. Adopt totally closed production mode, good dust collector, no pollution for environment.
3. One time feeding, Single machine finished.
4. The copper purity can be reach 99.9%.
5. Easy operation, Save labor cost.
Technical specifications
| Model | Power | Blade QTY | Cpacity | Size (mm) | Voltage | Weight |
| TMS-400 | 23.12 kw | 10 +2 pcs | 100-150 kg/h | 2700*1900*2300 | customised | 1600 kg |
Working principle of copper wire granulator
Under the action of wind, two substances with different densities undergo deflection caused by amplitude motion on the screen surface with a certain angle, so that the copper wire with high density moves forward against the screen and faces the copper outlet, and the plastic skin with low density floats on the copper wire and flows to the copper outlet. So as to achieve the purpose of copper plastic separation. The cleaning rate of separation is directly proportional to the diameter of a single copper wire. The larger the diameter of a single copper wire, the cleaner the separation between the copper wire and the plastic, and the larger the output per unit time. The smaller the diameter of a single copper wire, the worse the separation effect between the copper wire and the plastic.
