Copper Aluminum AC Radiator Separator

Air conditioner (AC) radiators are primarily composed of copper tubes, aluminum fins, and a small amount of steel structural components; both copper and aluminum possess high recycling value. However, because the copper tubes and aluminum fins are bonded via a tube-expansion process, traditional manual dismantling is not only inefficient but also prone to deforming the copper tubes, which negatively impacts their resale value.

Copper-aluminum radiator separators are designed to process materials such as heat exchangers from discarded outdoor AC units, automotive condensers, and industrial heat exchangers. Using methods such as cutting, extrusion-based separation, or roller-based stripping, the equipment rapidly separates the tightly bonded copper tubes and aluminum fins, allowing the copper and aluminum to proceed to their respective recycling streams.

For typical discarded AC radiators, a certain proportion of copper and aluminum can be recovered per ton of raw material. The exact yield depends on factors such as equipment type, radiator structure, and the condition of the raw material; therefore, testing with actual material is usually recommended before investing in the equipment.

Copper Aluminum AC Radiator Separator

Working Principle and Structure of Copper-Aluminum Radiator Separators

Copper-aluminum AC radiator separation equipment primarily consists of a feeding system, a separation mechanism, a power system, and a discharge system.

During operation, the operator feeds the roughly sorted radiators into the inlet. The equipment uses specially designed blades or roller mechanisms to act upon the connection points between the copper tubes and aluminum fins, detaching the fins from the tube surfaces. The separated copper tubes remain largely intact and can proceed directly to copper recycling, while the aluminum fins are collected for smelting or further processing.

Compared to manual dismantling, mechanized processing offers several distinct advantages:

Consistent processing speed: Continuous feeding design suits high-volume recycling operations;

Reduced manual labor: Lowers reliance on skilled workers for the dismantling process;

Higher material value: Minimizes copper-aluminum contamination and improves sorting purity;

Simple maintenance: Core components are concentrated in the separation blades and drive system, facilitating easy daily inspection and replacement.

Certain models allow for the adjustment of blade spacing based on radiator thickness, enabling the equipment to handle AC condensers and heat exchangers of various specifications. The copper-aluminum AC radiator separator is not merely a simple dismantling tool, but specialized recycling equipment designed for the resource recovery of waste heat exchange units; its core value lies in enhancing the efficiency of copper-aluminum separation, reducing labor costs, and enabling the sorted utilization of different metal materials.