If you need it, we can provide it. Send us your requests and our customer service team will quickly get you an answer.
Request a QuoteA radiator stripper is a machine that separates the copper tubes from the aluminum fins in waste radiators, such as car radiators or air conditioner units, making them ready for metal recycling. Using specialized hydraulic and rotating blade mechanisms, the machine cuts the aluminum fins from the copper tubes, separating the two metals efficiently and increasing the purity of the recycled materials.
How the radiator separator works?
Feeding the Radiator: Operators load the dismantled or whole radiator into the machine's feeder. Cutting and Stripping: The machine uses powerful hydraulics and rotating blades to cut through the radiator, severing the connection between the aluminum fins and the copper tubes. Separation: As the radiator moves through the machine, the aluminum is stripped into flakes, and the copper tubes remain intact, though they may be irregular in shape. Collection: The separated materials are then automatically sorted into different collection bins or troughs for recycling.
Key functions and benefits:
Efficient Separation: It quickly and efficiently separates copper and aluminum, maximizing the recovery of these valuable metals.
High Purity: The process results in high-purity copper and aluminum components, which can then be sold directly for further processing.
Automated Process: The stripping and separation are typically fully automated, with control via a touchscreen panel, allowing for high productivity and cost-effectiveness.
Eco-friendly: By recovering valuable metals and increasing the purity of recycled materials, radiator strippers contribute to environmental sustainability and resource conservation.
Versatility: The machines are designed to handle various types of radiators, including single-layer, double-layer, and some center-air condition units, and can be customized for different radiator specifications.
www.jinxin-recycling.com WA:008615896496066
By continuing to use the site you agree to our privacy policy Terms and Conditions.