The copper aluminum radiator recycling machine recovers pure copper, aluminum, and iron from scrap radiators and electronic rotors. With 99% separation purity and 500-2000kg/h capacity, this radiator recycling line is the ideal solution for automotive recyclers, scrap metal processors, and e-waste facilities. The complete line uses PLC automated control, twin-shaft shredding, and negative pressure dust removal for efficient, clean operation.
A car radiator combines copper tubes and aluminum fins in a single bonded structure. Traditional manual separation is slow, labor-intensive, and yields low-purity outputs. Our scrap radiator recycling machine automates the entire process, from coarse shredding through copper-aluminum-iron separation, producing clean, sellable materials ready for smelters and refiners.
What Is a Copper Aluminum Radiator Recycling Machine?
A copper aluminum radiator recycling machine is a complete processing system that separates the three valuable metals in scrap radiators: copper, aluminum, and iron. The system handles large radiators (copper-aluminum water tanks) and electronic rotors up to 16cm in diameter.
The core purpose of this equipment is to recover two high-value materials from bonded composite waste. Copper commands premium prices in scrap markets, while aluminum adds significant value at much higher volumes. Modern radiator recycling equipment achieves 99% purity through mechanical shredding, magnetic separation, and density-based sorting, outperforming manual methods in both speed and output quality.
For automotive applications, the system functions as an automotive radiator recycling machine. It processes end-of-life vehicle radiators, AC condensers, heater cores, and electronic rotor waste from motor recycling operations. The recovered copper, aluminum, and iron are clean enough for direct resale to metal refineries.
Scope of Application of Waste Radiator Recycling Plant
The radiator recycling line serves multiple industries and material types:
- Automotive Radiators: Car and truck radiators, AC condensers, heater cores, oil coolers
- Copper-Aluminum Water Tanks: Industrial cooling equipment, HVAC radiators, heat exchangers
- Electronic Rotors: Motor rotors up to 16cm diameter from electric motor recycling
- Scrap Metal Yards: Mixed radiator waste streams requiring physical separation
- E-Waste Recyclers: Copper-aluminum composite materials from electronics dismantling
The machine handles large radiators of any size and electronic rotors under 16cm in diameter, making it a versatile radiator recycling plant solution.
How Does the Radiator Recycling Machine Work?
The copper aluminum radiator recycling machine operates through a six-stage physical separation process. All three models (SL500, SL800, SL1500) share the same core workflow, with capacity-specific equipment upgrades for higher throughput.
Step 1: Twin-Shaft Shredding
Scrap radiators enter a biaxial (twin-shaft) shredder with low rotating speed and high torque. The cutters and shafts use specially treated alloy materials, ensuring long service life even with heavy-duty radiator materials. This stage reduces radiators to manageable pieces for downstream separation.
Step 2: Hammer Crushing
Shredded material passes through a hammer mill for further size reduction, achieving the particle size required for copper-aluminum separation. For the SL-800 and SL-1500 models, a water-cooled hammer crusher with a circulating water cooling tower (including reservoir and connecting pipes) is used to prevent overheating during continuous operation.
Step 3: Negative Pressure Airflow Separation
The crushed mixture enters a negative pressure baffled airflow separator. The differing densities of copper (8.96 g/cm³) and aluminum (2.7 g/cm³) enable efficient physical separation. The separator discharges materials through dedicated aluminum and copper output conveyor belts.
Step 4: Magnetic Iron Removal
A self-discharging magnetic separator removes iron content from the material stream. The SL-500 and SL-800 use a suspended self-discharging magnetic separator, while the SL1500 features a heavy-duty self-discharging belt magnetic separator for higher-volume processing.
Step 5: Final Sorting
The final sorting stage delivers 99% purity copper-aluminum separation. Equipment configuration scales with capacity:
- SL-500 (500-600kg/h): Airflow gravity separator with copper sorting conveyor
- SL-800 (800-1000kg/h): 8-channel chute-type color sorter (with elevator and equipment base)
- SL-1500 (1500-2000kg/h): Crawler-type color sorter (with equipment support frame and lifting device)
Step 6: Dust Collection
An integrated pulse dust collector (with connecting pipes) maintains a clean working environment throughout the process. The SL-1500 model adds a cyclone dust collector as a pre-separation stage to handle the higher dust volume from industrial-scale production.
Technical Data of Copper Aluminum Radiator Recycling Machine Line
Our copper aluminum radiator recycling line comes in three production-capacity models:
| Modelo | Poder | Capacidade | Separation Purity | Area Required |
|---|---|---|---|---|
| SL-500 | 103.9kW | 500-600 kg/h | 99% | 18×5×4.5 m |
| SL-800 | 185.1kW | 800-1000 kg/h | 99% | 26×5×4.5 m |
| SL-1500 | 321.54kW | 1500-2000 kg/h | 99% | 36×9.5×4.8 m |
Structural Uniques of Copper Aluminum Separator Machine
1. PLC Automated Control System
The entire radiator recycling production line uses PLC automated control, ensuring coordinated operation between machines, stable feeding, and consistent output. Operators monitor the system through a centralized control panel, with automatic alarms for any operational anomalies.
2. Simple and Durable Design
Simple structure with reasonable layout delivers strong processing capacity, stable operation, and long service life. The robust construction withstands continuous heavy-duty operation in industrial recycling environments.
3. Heavy-Duty Twin-Shaft Shredder
Coarse crushing uses a biaxial shredder with low rotating speed and large torque. The cutters and shafts are made of specially-treated alloy materials, ensuring durability and reliable performance even with thick radiator materials.
4. Negative Pressure Dust Removal
The complete line uses a negative pressure induced-air pulse dust removal system, maintaining a clean work environment and protecting operator health during continuous operation.
Why Choose a Mechanical Radiator Recycling Line?
Manual radiator separation is slow and produces mixed outputs. The mechanical radiator recycling copper aluminum separator machine line delivers clear advantages:
- 99% Separation Purity: Mechanical density-based sorting achieves higher purity than manual methods.
- Higher Throughput: Process 500-2000kg per hour, replacing 10-20 manual workers.
- Lower Labor Costs: One operator can run the complete line with PLC control.
- Three Separate Outputs: Pure copper, aluminum, and iron streams ready for direct sale.
Applications and Industries Served
The copper aluminum radiator recycling machine serves diverse industries:
- Automotive Recyclers: Process end-of-life vehicle radiators, AC condensers, heater cores
- Scrap Metal Yards: Add value to collected radiator waste through automated separation
- Motor Recycling Plants: Process electronic rotors under 16cm for copper and aluminum recovery
- HVAC Dismantling Facilities: Recycle industrial cooling equipment and heat exchangers
- E-Waste Processors: Handle copper-aluminum composite materials from electronics
Radiator Recycling Machine Price Factors
The price of a copper aluminum radiator recycling machine depends on:
- Production Capacity: SL500 (500-600kg/h), SL800 (800-1000kg/h), SL1500 (1500-2000kg/h)
- Facility Size: Area requirements range from 18×5×4.5m to 36×9.5×4.8m
- Configuration: Shredder size, separator type, dust collection capacity
- Voltage and Customization: Adapted to your local power standards
Contact us for a customized quotation based on your capacity needs and facility layout.
FAQ of Copper Aluminum Radiator Recycling Line
What materials can the radiator recycling machine process?
The copper aluminum radiator recycling machine processes all types of large radiators (copper-aluminum water tanks), AC condensers, heater cores, and electronic rotors up to 16cm in diameter. It handles automotive, HVAC, and industrial cooling equipment waste.
What is the separation purity?
Our radiator recycling line achieves 99% separation purity for copper, aluminum, and iron outputs. The mechanical density-based separation process delivers clean, sellable materials ready for direct refinery purchase.
What capacity options are available?
We offer three models: SL-500 (500-600kg/h, 103.9kW), SL-800 (800-1000kg/h, 185.1kW), and SL-1500 (1500-2000kg/h, 321.54kW).
How does the radiator recycling process work?
The process works in four stages: coarse shredding with twin-shaft shredder, magnetic iron removal, copper-aluminum density separation, and dust collection. The system uses physical methods only, no chemicals required.
What is the area requirement for installation?
The SL-500 requires 18x5x4.5m, the SL-800 requires 26x5x4.5m, and the SL-1500 requires 36×9.5×4.8m. We provide facility layout drawings to help plan your installation.
Is the machine environmentally friendly?
Yes. The complete mechanical separation process uses no chemicals and generates no wastewater. The negative pressure induced-air pulse dust removal system maintains a clean working environment, meeting global environmental standards.
Get Your Radiator Recycling Machine Today
Ready to start or expand your radiator recycling operation? The copper aluminum radiator recycling machine delivers 99% purity, 500-2000kg/h capacity, and PLC automated control. With three models available, we have a solution for every operation size.
Contact our team today for a customized quotation based on your capacity needs and facility requirements. We support installation, training, and after-sales worldwide.