We all know that burning household waste generates a large amount of harmful gases and particles, and contains carcinogens. It causes great damage to the body and also pollutes the environment.
So how to dispose of these waste wires without polluting the environment. Can it still increase economic benefits? At this time, copper rice machines that can handle waste wires emerged. Copper rice machine is a collective term for the combined equipment of the entire production line. Its purpose is to turn various discarded wires, cables, and miscellaneous wires that have been phased out by society into useful resources, enabling electronic products to become recyclable and effective resources in the constantly developing technological trend.
The copper wire granulator machine production line is mainly equipped with: belt conveying, primary crushing, screw conveying, secondary crushing, wind feeding, airflow screening, induced air, dust removal, screw conveying, static electricity, dust removal, etc. The copper wire granulator machine is an environmental protection copper rice machine production line with comprehensive production capacity up to standard after comprehensive consideration of environmental protection, separation efficiency and output. The fully automatic copper rice machine first uses a shredder to crush the material into a length of about 3cm, then undergoes shear crushing by a secondary crusher, and is sorted by high-precision airflow to obtain plastic and copper. Uncleaned plastic is then sorted by an electrostatic sorting machine to ensure the reuse rate of copper. This equipment has a new and unique structure, high production capacity, and low power consumption. High sorting rate, one feeding, multi machine collaboration completion. The entire line is controlled by PLC, and the successful development of this machine not only solves the problems encountered in the incineration copper extraction method, but also improves the quality of reused copper, and can reuse plastic while avoiding environmental pollution issues.
