Mini 400 Copper Cable Granulator Introduction

Mini 400 copper cable granulator is an integrated processing machine for recycling automotive wires, communication cables and other types of miscellaneous wires and cables. The diameter of scrap cables it can process is below 20mm. For a single conductor with a diameter of 0.2-0.3mm, the machine performs best. Mini 400 cable granulator is suitable for homemade and small scale recycling business.

wasted copper wire granulator machine-mini400

 

Features of Mini400 Copper Cable Granulator

1. Integrated structure, small dimensions, easy to move, saving space.
2. Low power consumption, stable performance.
3. The minimum copper recycling rate can reach 99%.
4. No water is needed, no dust, no environmental pollution.
5. Controlled by the electrical control panel, highly automatic.
6. The voltage can be customized as per your requirements.

details of scrap copper wire granulator machine and finished product

Working Process of Mini 400 Copper Cable Granulator

Scrap wires or cables which are fed into the machine are chopped by the chopper and become plastic pieces and copper granules. After air and vibration separation, copper granules come out of the front outlet and plastics out of the back outlet. Dust is sent to a dust collector via an air duct.

Working Process of Mini 400 Copper Cable Granulator

Technical Specification of Mini 400 Wire Granulator

Model
Mini 400
Copper Output
80-100kg/h
Cable Diameter Range
0.2-20mm
Voltage
380V/3 phase/50/60Hz
Power
11.93kw
Dimension( L*W*H)
1450*1330*2100mm
Weight
1000kg

Sharp Blades or Blunt Blades

The cutting blades of a cable granulator are not always good to be sharp. Depending on the types of wires we may need them to be blunt.
When processing air-fine wires and multi-strands wires, fixed blades and rotating blades must be very sharp, so that copper wires can be cut off, and copper granules will have high purity.
When processing single-strand and single-core wires, fixed blades must be sharp while rotating blades shall be a little blunt. Then the spacing between rotating blades and fixed blades will just hold wires without touching the cores. In this case, the generation of plastic-clad copper granules will be avoided effectively.