Aluminum-Copper Radiator Recycling and Sorting Equipment is an automated recycling production line specifically designed for composite metal materials such as scrap radiators and heating panels. Centered on “high-efficiency crushing, precise sorting, and stable operation,” this equipment effectively separates mixed copper, aluminum, and iron through multi-stage mechanical processing, providing high-purity raw materials for metal reuse. The entire system features a compact structure and high automation, making it suitable for continuous, large-scale recycling operations.

Core Sorting Principles and Key Equipment

The recycling process begins with the crushing system. Scrap radiators first enter a specialized crusher, where they are cut into uniform particles to facilitate subsequent sorting. The crushed material then passes through a magnetic separation unit, where a powerful magnetic drum precisely attracts and separates ferrous materials, enabling rapid recovery of iron metal.

Copper and Aluminium Recycling Machine

For the separation of copper and aluminum, the equipment can be configured with different solutions based on user requirements. A common solution is the air separation system, which leverages the density and aerodynamic differences between copper and aluminum for efficient separation. It offers stable operation and low maintenance costs. For users requiring higher sorting precision, optional color sorters can be added. Utilizing high-precision optical recognition technology, these intelligently identify and sort copper and aluminum, further enhancing separation purity. This configuration is ideal for high-value-added recycling scenarios.

Equipment Advantages and Application Value

This aluminum-copper recycling equipment offers high sorting efficiency, low metal loss, and reasonable operational energy consumption, significantly enhancing the recovery value of scrap radiators. Its modular design enables flexible configuration adjustments based on raw material types and production capacity requirements. The entire line operates stably with minimal operator involvement, making it suitable for recycling enterprises seeking scaled, standardized production.

Through this system, mixed metal scrap is transformed into high-purity copper, aluminum, and iron resources. This not only boosts economic returns but also aligns with trends in resource recycling and environmental sustainability, establishing it as a crucial piece of equipment in the metal recycling sector that combines practicality with technological maturity.