Copper Aluminum Radiator Recycling Equipment

Copper Aluminum Radiator Recycling Equipment is an integrated industrial system designed to automatically, efficiently, and environmentally dismantle, separate, and classify scrapped car, household, or industrial radiators (commonly known as water tanks) to recover valuable metals (mainly copper, aluminum, and steel) while simultaneously treating them in a harmless manner.

By transforming a labor-intensive manual dismantling process into a continuous, automated workflow, the Copper Aluminum Radiator Recycling Equipment delivers unmatched operational efficiency, superior metal purity, and a rapid return on investment. This solution is essential for metal recycling yards, specialist dismantlers, and large-scale scrapyards aiming to upgrade their processing capabilities, reduce labor costs, and significantly increase revenue from their radiator scrap stream.

This equipment is the core solution for businesses processing:

Automotive Radiators: From passenger cars, trucks, and buses.

HVAC & Refrigeration Systems: Condenser coils, evaporator cores, and air handler coils.

Industrial Heat Exchangers.

Mixed Radiator Bales purchased from collectors.

Perfect for:

Large Scrap Metal Recycling Facilities

Specialist Non-Ferrous Metal Processors

Authorized Treatment Facilities (ATFs) for End-of-Life Vehicles (ELVs)

National/Regional Recycling Operations

1.Complete, Integrated Processing Line
Benefit: Streamlines the entire workflow from raw material feeding to final sorted output. Eliminates multiple handling stages, reduces labor, and ensures consistent, high-volume throughput.
Feature: A cohesive system combining an infeed conveyor, heavy-duty shear/cutter, high-torque shredder or crusher, and advanced air-screening/vibrating separation modules.
2.High-Purity Separation Technology
Benefit: Achieves exceptional separation efficiency, producing clean, market-ready copper fragments and aluminum granules. This purity maximizes resale value to foundries and smelters.
Feature: Utilizes a multi-stage process (crushing, granulation, and gravity/air separation) specifically calibrated for the different densities of copper and aluminum, ensuring minimal cross-contamination.
3.Automated Feeding & Size Reduction
Benefit: Safely and efficiently processes whole, bulky radiators with minimal manual pre-processing. Increases safety and allows a single operator to manage the line.
Feature: Robust shredding or crushing unit designed to handle the tough, mixed-metal construction of radiators, preparing the material for optimal liberation and separation.
4.Intelligent PLC Control System
Benefit: Provides simple, one-touch operation, real-time monitoring, and system diagnostics. Enables quick adjustments and ensures smooth, synchronized operation of all line components.
Feature: Centralized control panel with a user-friendly touchscreen HMI, allowing control over speed, feeding, and monitoring of critical functions.
5.Heavy-Duty, CE-Compliant Construction
Benefit: Copper Aluminum Radiator Recycling Equipment Built for 24/7 operation in demanding industrial environments. Ensures long-term reliability, operator safety, and full compliance with European market regulations.
Feature: Constructed from high-grade steel with wear-resistant liners at critical points. Includes full safety guarding, emergency stops, and lock-out/tag-out points. The system is CE Marked per the Machinery Directive.
6.Dust Collection & Environmental Control
Benefit: Maintains a clean and safe work environment, controls airborne particles, and helps operations meet environmental and workplace health standards.
Feature: Integrated dust extraction points ready for connection to a standard industrial dust collector (optional).

A modern production line is typically continuous and automated, with the following process:
Stage 1: Pre-treatment and Disassembly

• Feeding and Conveying: Radiators are fed into the production line using chain conveyors or belt conveyors.
• Preliminary Flattening/Crushing: The radiator is flattened or crushed using a hydraulic press or coarse crusher for subsequent processing.
• Drainage Treatment (Key Environmental Step): Residual antifreeze, lubricating oil, and other liquids are collected by puncturing or squeezing in a closed environment for specialized hazardous waste treatment.
• Edge Trimming/Head Removal: The plastic/aluminum water tank, steel frame, and rubber seals on both sides are removed using a rotary cutter or hydraulic shears.

Stage 2: Core Separation

• Primary Crushing: The radiator body is crushed into smaller pieces (e.g., 3-5cm) using a hammer crusher or shredder.
• Air Separation: Lightweight plastic fragments and dust are separated from heavier metals using airflow.
• Magnetic Separation: Using a high-intensity magnetic drum or magnetic separator, iron and steel (such as side plates and supports) are separated.
• Secondary Fine Crushing/Kneading: The copper-aluminum mixture is further crushed or kneaded to more thoroughly separate the copper tubes from the aluminum fins.
• Airflow/Vibration Separation: Based on the differences in density and shape between copper and aluminum, efficient separation is achieved through controlled airflow or a vibrating screen. This is the core technology, achieving a separation purity of over 98%.

Stage 3: Post-Processing and Collection

• Fine Screening: The separated copper and aluminum particles are graded by size.
• Dust Removal System: The entire production line is equipped with a centralized pulse dust collector to control dust pollution; the collected metal dust can also be recycled.
• Baling/Bulking: Pure copper granules, aluminum granules, and steel are baled separately using a hydraulic baler into high-density blocks for easy transportation and smelting.
• Intelligent Control System: A central control console monitors the entire process, adjusts equipment parameters, and optimizes sorting efficiency and purity.

Hot Tags: copper aluminum radiator recycling equipment, China copper aluminum radiator recycling equipment manufacturers, suppliers, factory