Copper-Aluminum Radiator Recycling Solution

How to solve the problem of E-Waste Circuit Board Crushing and Sorting Resourceful Solution?

Every year, a substantial amount of waste products like household air conditioning radiators, heating radiators, automobile air conditioning radiators, and more are generated worldwide. These not only pollute the environment but also lead to wastage of valuable resources. Radiators contain copper, aluminum, and iron, which hold high recycling value.

Faced with the mountains of compound materials like copper-aluminum water tanks, electronic waste, automotive dismantling waste, and household appliance dismantling waste, which are abundant but not highly valuable, how can we manage them in a more reasonable way? Copper-aluminum water tanks are electronic waste formed from the meticulous dismantling of air conditioning and automobile water tanks. They primarily consist of copper tubes and aluminum foil scraps. The copper content in copper tubes can often exceed 97%. Physical crushing and separation of air conditioning radiator water tanks enable the recovery of copper and aluminum.

Applicable Materials

Output materials

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Bulky Waste Shredding System Components

Dual-Shaft radiator Shredder

This double shaft radiator shredder is designed for the pre-shredding treatment of copper-aluminum radiators. It boasts robust power, stable and efficient operation, substantial shear force, outstanding shredding effects, and minimal noise, making it an ideal solution for radiator processing.

Vertical Grinder

Used for further grinding of pre-shredded materials, the material is sieved through a mesh screen to obtain uniformly sized metal particles. The grinder rotor adopts an alternating design, offering high grinding efficiency and stable operation.

Chain Plate Conveyor

Materials are conveyed using a hinged galvanized chain plate, which provides features such as high load-bearing capacity and strong wear resistance. The conveyor offers remote start and stop, emergency stop, speed control, and other functional control capabilities.

Magnetic Separator

The magnetic separator is of the permanent magnet self-unloading type, effectively separating ferrous metals, facilitating recycling and reuse, with a separation rate of over 99%.

Airflow Separator

Through the airflow separator, under the influence of wind force, materials undergo amplitude movement on a tilted sieve surface, leading to deflection and separation of copper and aluminum from the material.

Dust Collector

Utilizing an automatic pulse middle-filter cartridge-type dust collector, this system possesses strong dust-cleaning capabilities and high dust removal efficiency. It can centrally collect the generated dust through pipelines, effectively improving the working environment.