A Waste Radiator Crushing Recycling Line is used to process scrap radiators and recover copper, aluminum, and iron from mixed metal materials.

Waste radiators from air conditioners, generators, automobiles, and other equipment contain valuable non-ferrous metals. With an automatic crushing and sorting line, recycling plants can improve recovery efficiency, reduce manual dismantling, and increase material value.

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The WOLFU Waste Radiator Crushing Recycling Line is designed for automatic scrap radiator processing, using shredding, crushing, magnetic separation, air separation, and dust collection to recover copper, aluminum, and iron with high sorting purity.

Key Specifications

Feature	Specification	Benefit
Product Name	Waste Radiator Crushing Recycling Line	Complete radiator recycling solution
Model	2500G	Suitable for medium and large recycling operations
Brand	WOLFU	Industrial recycling equipment manufacturer
Application	Waste Radiator Recycling	Recovers metal from scrap radiators
Raw Material	Air conditioner radiators, generator radiators, automobile radiators	Wide scrap radiator compatibility
Capacity	1500–2500 kg/h	Supports efficient industrial processing
Total Power	154 KW	Supports crushing and sorting operation
Final Recovery	Copper, aluminum, iron	Improves scrap metal recycling value
Sorting Purity	Up to 99%	Produces cleaner separated materials
Main Process	Double-shaft shredding, hammer crushing, magnetic separation, air separation	Complete physical separation workflow
Dust Control	Closed dust collection system	Helps improve workshop environment
Warranty	1 Year	Supports project purchasing and after-sales planning

Recycling Process

Step 1: Waste Radiator Feeding

Waste radiators from air conditioners, vehicles, generators, and other equipment are fed into the recycling line for automatic processing.

Step 2: Double-Shaft Shredding

The double-shaft shredder performs coarse crushing, reducing whole radiators into smaller pieces for further processing.

Step 3: Hammer Crushing

The hammer crusher further crushes the material into smaller particles, usually around 3 cm, making copper, aluminum, and iron easier to separate.

Step 4: Magnetic Separation

The magnetic separator removes iron from the crushed material stream before non-ferrous metal separation.

Step 5: Air Separation

The air separator separates copper and aluminum based on material density and airflow sorting principles.

Step 6: Dust Collection

The closed dust collection system uses negative-pressure operation and two-stage dust removal to reduce dust generation in the workshop.

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Main Advantages

High Sorting Purity

Through shredding, crushing, magnetic separation, and air separation, the final sorting purity can reach up to 99%.

Automatic Radiator Processing

The line reduces manual dismantling work and supports continuous recycling of waste radiators.

Direct Processing of Radiators with Iron Frames

The system can process radiators with iron frames directly, helping simplify the recycling workflow.

Lower Metal Loss

The crushing and separation process is designed to reduce metal loss and improve total recovery value.

Cleaner Production Environment

Closed operation, negative-pressure dust collection, and two-stage dust removal help reduce dust leakage during crushing and sorting.

Wear-Resistant Components

Wear-resistant crusher blades and screens support stable operation and longer service life in heavy scrap metal recycling projects.

Suitable Applications

• Waste radiator recycling plants
• Air conditioner radiator recycling
• Automobile radiator recycling
• Generator radiator recycling
• Copper aluminum separation projects
• Scrap metal recycling facilities
• Non-ferrous metal recovery plants
• Industrial solid waste recycling projects

Related WOLFU Solutions

For scrap copper cable recycling, review:

🔵 WOLFU Scrap Copper Wire Recycling Separator Machine

For aluminum scrap melting and ingot casting, review:

🔵 WOLFU Aluminum Can Recycling Machine

For copper and aluminum ingot casting projects, review:

🔵 WOLFU Medium Frequency Furnace & Ingot Casting Line

Why Choose WOLFU?

WOLFU provides waste radiator recycling lines, copper wire recycling machines, aluminum recycling systems, metal melting furnaces, ingot casting lines, and customized industrial recycling solutions.

For radiator recycling projects, WOLFU can recommend suitable equipment based on radiator type, target capacity, required sorting purity, plant layout, dust control requirements, and downstream metal processing needs.

Conclusion

A Waste Radiator Crushing Recycling Line is a practical solution for recovering copper, aluminum, and iron from scrap radiators.

The WOLFU 2500G line supports 1500–2500 kg/h capacity, 154 KW total power, double-shaft shredding, hammer crushing, magnetic separation, air separation, sorting purity up to 99%, and closed dust collection.

If your company needs reliable equipment for air conditioner radiator recycling, automobile radiator recycling, generator radiator recycling, or copper aluminum separation, WOLFU can provide a customized recycling line based on your project requirements.

🔵 Get a Quote for WOLFU Waste Radiator Crushing Recycling Line

FAQ

What materials can this radiator recycling line process?

It can process waste radiators from air conditioners, generators, automobiles, and other scrap metal sources.

What materials can be recovered?

The line can recover copper, aluminum, and iron from waste radiators.

What is the processing capacity?

The listed capacity of the 2500G model is 1500–2500 kg/h.

Can it process radiators with iron frames?

Yes. The equipment can process radiators with iron frames directly, helping simplify the recycling process.

How does the machine control dust?

The line uses closed operation, negative-pressure dust collection, and two-stage dust removal to reduce dust generation during crushing and separation.