Refrigerator Recycling Machine Recycling Production Line of Waste Refrigerators

• Customization: Available
• After-sales Service: 1 Year
• Warranty: 1 Year
• Automation: Automatic
• Certification: ISO, CE
• Knife Type: Claw Knife Crusher
• Recycling Product: Mobile Phone, Washing Machine, Refrigerator, Computer, Television, PCB
• Machinery Test Report: Provided
• Condition: New
• Showroom Location: United States
• Trademark: Enerpat
• Origin: Jiangsu

Product Description

The ENERPAT Fridge Shredding & Separating system is designed for used refrigerators and other household appliances, separating valuable materials such as metals and plastics for reuse or further processing. The output is 100-120 pcs per hour. It utilizes British technology, ensuring 100% high quality, and has received CE and ISO certifications.
 

 

Material	Fridge
The materials customer need to remove firstly	· Freon  · Rubber Strip   · Glass  · Compressor
Fridge Size	Height < 2.2 m   Width < 1 m   Deepth < 0.8 m
Production Capacity	> 100 pcs fridge per hour
Separation Rate	Steel > 99%          Plastic > 95%          Foam > 95%

Production Line Structure

The ENERPAT Fridge Shredding & Separating Line features a modular design, integrating safety, efficiency, and environmental protection. It begins with the manual pre-disassembly for harmful gas collection, followed by coarse crushing with a shredder, selective iron separation using a magnetic separator (with a purity exceeding 98%), and efficient non-ferrous metal separation (copper and aluminum separation rate exceeding 95%) using an eddy current separator. Additionally, a static electricity separator accurately categorizes plastics, and the entire process is equipped with a foam plastic and dust collection system, ensuring a recycling purity of over 97%. With excellent capacity, it can process 100-120 refrigerators per hour, making ENERPAT a leader in the recycled refrigerator industry.

Detailed Photos

Steel Chain Feeding Conveyor

It can continuously and stably transport used refrigerators or their crushed materials from one processing stage to another. This ensures the continuity and efficiency of the production line.

 

 

 

 

 

Vertical Shredder

It can further refine the material through detailed crushing. Its powerful crushing capability allows the initially crushed chunks to be processed into smaller particles or powder, meeting the precision requirements for subsequent separation and purification.

Eddy Current Separator

 

This allows for the effective recovery of non-ferrous metals, which hold significant economic value. After recycling, these materials can be reused in industrial production, contributing to the circular utilization of resources.

 

Foam Refrigerator

 

Through physical compression, the foam insulation layer in used refrigerators is compressed into small pieces or bales, reducing its volume for easier storage and transportation.

 

Dust Collector

 

Its efficient filtration and adsorption capabilities can effectively remove dust and particulate matter, maintaining cleanliness in the production workshop and ensuring good air quality.

Fire Protection System

 

The fire protection system reduces the possibility of fire occurrence by optimizing the design and operation of the crusher, thereby minimizing the high temperatures and sparks generated from the high-speed impact and friction of materials.

Company Profile

Other companies build things. At Enerpat we do more, we give you what you need to go beyond. Because it's all about the first idea, doing what has never been done before. Our innovative, easy-to-use waste balers, shredders, and recycling equipment offer more power and performance to get the job done faster and better.

ENERPAT Fridge Shredding & Separating System FAQ
 

1. What is the processing capacity of the ENERPAT system?
The system can process 100-120 refrigerators per hour, making it ideal for large-scale recycling operations.

2. What materials does the system recover?

It efficiently separates ferrous metals (iron), non-ferrous metals (copper, aluminum), and plastics, achieving purities exceeding 97%.
 

3. What certifications does the system have?
The system meets international standards with CE and ISO certifications, ensuring quality, safety, and environmental compliance.
 

4. How does the system ensure environmental safety?

• Manual pre-disassembly collects harmful gases (e.g., refrigerants).

• A foam plastic and dust collection system minimizes emissions.

• Closed-loop recycling reduces waste.

5. What separation technologies are used?

• Magnetic separator: Removes iron with >98% purity.

• Eddy current separator: Recovers copper/aluminum at >95% efficiency.

• Static electricity separator: Accurately categorizes plastics.

6. What are the system's key advantages?

• Modular design: Combines safety, efficiency, and eco-friendliness.

• British-engineered technology: Ensures reliability and high output.

• Full-process integration: From crushing to precise material sorting.

7. Is the system suitable for other appliances besides refrigerators?
Yes, it is designed for household appliances recycling, including freezers, AC units, and similar devices.
 

8. What is the purity rate of recycled materials?
Overall recycling purity exceeds 97%, meeting industry-leading standards for reuse or resale.
 

9. Does the system require manual intervention?
Only during the initial pre-disassembly phase for safe gas removal. The rest of the process is fully automated.
 

10. Why choose ENERPAT for refrigerator recycling?
ENERPAT delivers unmatched capacity, precision, and compliance, positioning it as a global leader in appliance recycling technology.