Recently, an innovative technology has sparked a heated discussion in the field of environmental protection. TONGLI SHREDDER has successfully developed an efficient and environmentally friendly method to recycle copper and aluminum from discarded radiators, helping to recycle resources and contribute to environmental protection.

Radiators are common parts in electronic products, usually containing a large amount of copper and aluminum. The traditional treatment method is to directly incinerate or landfill the discarded radiators, resulting in waste of resources and environmental pollution. The radiator crushing and sorting production line uses equipment to effectively separate and recycle the copper and aluminum in the discarded radiators, realizing the transformation of waste into valuable resources.

How to recycle copper and aluminum from waste radiators?

TONGLI radiator recycling production line can recycle waste radiators and finally obtain pure copper and aluminum with a purity of up to 99% and a production capacity of 1000-1200kg/h. First, the waste radiator is fed into the vertical crusher through a feeding conveyor for crushing, which can be equipped with a dust collector to protect the environment. Secondly, the crushed material passes through a magnetic roller to separate the iron from the non-ferrous metal materials. Finally, the mixed non-ferrous metal materials are conveyed to the drum screen through another conveyor, which separates the two particle sizes for better classification.

This technology uses advanced separation equipment and efficient process flow, which can not only efficiently recycle copper and aluminum, but also reduce environmental pollution. In addition, the recycled copper and aluminum can be used to produce new radiators or other products, realizing the recycling of resources and reducing the exploitation and consumption of natural resources.

The use of radiator recycling production lines to recycle copper and aluminum from discarded radiators is seen as a major step forward in the environmental protection industry. In the future, with the continuous promotion and application of this technology, it is expected to bring new development opportunities for resource recycling, green production and environmental protection, and help build a beautiful and livable green home.