AC Radiator Stripper Peeling Machine

AC Radiator Stripper (air conditioning radiator stripper) is a special equipment used to recycle waste air conditioning radiators. It mainly separates aluminum fins and copper tubes in the radiator through mechanical stripping, reducing manual disassembly workload and improving copper and aluminum metal recycling efficiency and subsequent resource utilization.

1. Equipment working principle

Waste air conditioner radiators are usually composed of copper tubes and aluminum cooling fins. After long-term use or scrapping, the two metals are closely combined. Manual disassembly is not only slow, but also prone to metal damage. The AC Radiator Stripper orients the radiator through mechanical cutting, clamping and stripping the structure to gradually separate the aluminum fins from the copper tubes.

When the equipment is running, the operator places the radiator in the feeding position and adjusts the peeling mechanism according to the size and structure of the radiator. Through the cooperation of the cutting tool and the mechanical transmission system, the aluminum parts are gradually removed, so that the copper pipe can be recycled completely or relatively completely.

AC Radiator Stripper Peeling Machine

2. Equipment structure and performance characteristics

The core of AC Radiator Stripper lies in the reasonable coordination of tool structure, feed positioning and stripping gap. For air conditioner radiators of different sizes and arrangements, the working position of the equipment needs to be adjusted to ensure a stable peeling process.

Compared with traditional manual dismantling, mechanized processing has the following characteristics:

Reduce manual operations: Mechanical stripping replaces partial manual disassembly, reducing labor intensity.

Improved processing efficiency: Continuous mechanical operation reduces the processing time of individual radiators.

Convenient classification and recycling: The separated copper pipes and aluminum materials can be collected separately to facilitate subsequent sales or further processing.

Reduce metal loss: Reasonably adjusting the tool gap and peeling force can help reduce copper tube deformation and material waste.

The actual processing capacity is related to the size of the radiator, fin density, copper tube arrangement and operation method. The production efficiency cannot be judged only by the equipment motor power.

3. Application scope and selection suggestions

This equipment is mainly suitable for the dismantling and recycling of waste air conditioner radiators, copper-aluminum composite radiators and related scrap heat exchangers. For radiators with complex specifications, severe deformation or iron attachments, it is recommended to conduct a simple classification before processing and remove external connections if necessary.

When purchasing equipment, you should focus on the width and thickness of the radiator that can be processed, copper tube specifications, tool adjustment range, and actual stripping effect. It is recommended to use waste radiators of different specifications for on-site testing, focusing on checking the integrity of the copper pipes, the aluminum material separation effect and the processing capacity per unit time.

The AC Radiator Stripper can mechanize the disassembly process of air conditioning radiators and provide a more practical equipment solution for the classification and recycling of scrap copper and aluminum resources.