Kr800 Copper Wire Separator Machine Dimension(l*w*h): 6000*1900*2300 Millimeter (Mm)

Scope Of Application And Functions of this KR800 Copper Wire Separator Machine:
It is capable of processing various kinds of waste wires, such as automobile circuits, motorcycle circuits, electric scooters, as well as the wires of TV sets, washing machines, refrigerators, air conditioners, communication facilities and computers, which are not suitable for processing in other wire stripping machines.
The machine is very easy to operate, and can be fed at one time. After crushing and processing, the conveyor belt transfers the materials, effectively separating and granulating the plastic and copper from the waste wire, and the purity of the separation is up to 99%. As a result, the purpose of comprehensive utilization is achieved and the recovery efficiency is improved.
This machine is an advanced waste wire separation device. No dust, no secondary pollution will be generated. In addition, the user can enjoy high recovery economic benefits result from the high-speed copper and plastics recycling process.

1st Feed the material into crusher to pulverize the material into 3-4mm granules.
2nd The material will be carried into air separator by belt conveyor and our belt conveyor is equipped with suspended magnet to separate the iron scraps.
3rd By vibration and high press wind the air separator can separate the copper granules from the plastic.

We also equip two sets vibration screen to re-separate the outlet material to achieve better products. For example:
If the raw material is mixed with jack plugs and the plugs are made of brass and plastic, during the pulverization, the brass will mix with copper circuits. Through the vibration screen we could separate the brass from the pure copper circuits to achieve a higher purity copper.
If the raw material is mixed with thin cables, during the air separation, the small copper circuits will be effected by the high pressure wind and then mix with the outlet plastic.
By using the vibration screen, we could separate the thin copper circuits from the plastic to achieve a better recovery rate and higher purity outlet plastic.