Aluminium Copper Radiator Recycling Plant

Equipment Description

The aluminium copper radiator recycling plant consists of a conveyor, a twin-shaft crusher, a hammer mill, a magnetic separator, a gravity separator, an airflow separation system, and a dust removal device. Through two-stage crushing and two-stage separation, it effectively separates pure copper and pure aluminum, ensuring a maximum metal recovery rate. The entire machine adopts a PLC intelligent control system, ensuring safe and reliable operation, low noise, and no dust pollution, meeting environmental standards.

Equipment Structure and Working Principle

The material enters the twin-shaft crusher via a conveyor for coarse crushing, and then undergoes fine crushing by the hammer mill. After crushing, the mixture passes through a magnetic separator to remove iron impurities, and then sequentially passes through the airflow separation and gravity separation systems to achieve precise separation of copper and aluminum. Dust is centrally processed through a pipeline system into a dust collection unit, achieving dust-free operation. The entire line is automatically monitored and coordinated via a PLC system.

Applicable Raw Materials, Output, and Advantages

Suitable for automotive radiators, air conditioning radiators, water tanks, and waste copper-aluminum composite materials. The final output is high-purity copper and aluminum granules, which can be directly used in the remelting process. The equipment boasts advantages such as high sorting accuracy, low energy consumption, small footprint, convenient maintenance, and environmental friendliness, making it an ideal solution for metal recycling companies to achieve efficient separation.

Customer Site (India)

The aluminum-copper radiator recycling production line purchased from our company by our Indian customer has been successfully installed and put into operation. The entire line operates stably, with low noise and high sorting purity. Customer feedback indicates that the copper-aluminum separation rate reaches 99.9%, resulting in significant economic benefits.