Refrigerator Recycling Plant

Refrigerator Recycling Plant

  • Refrigerator recycling equipment is designed to efficiently process end-of-life refrigerators by separating valuable materials such as metals, plastics, and refrigerants. It utilizes advanced technologies like shredding, crushing, and air separation to recover components like copper, aluminum, and steel. This equipment supports sustainable recycling practices, minimizes environmental impact, and ensures proper disposal of hazardous materials, contributing to the circular economy and promoting resource recovery in the appliance recycling industry.

Overview
Refrigerator Recycling Plant

Waste Refrigerator recycling plant is used to recycle all kinds of waste refrigerators (or freezer), After the waste refrigerator is recycled, we can finally get: iron, plastic, foam, nonferrous metals and other materials. The whole refrigerator recycling production line includes pre-dismantling platform, double shaft shredder, vertical hummer crusher, magnetic separator, eddy current sorting machine, wind separator, foam compacting machine, etc.

Raw Materials: Waste Refrigerators and Freezers

Refrigerator Recycling Plant raw-material

Final Products:Foam, Plastic, Aluminum, Copper, Iron

Refrigerator Recycling Plant output
Gallery
Refrigerator Recycling Plant Refrigerator Recycling Plant Refrigerator Recycling Plant
Refrigerator Recycling Plant Refrigerator Recycling Plant Refrigerator Recycling Plant Refrigerator Recycling Plant
Working Process
Working Process

1. When the waste refrigerator (or freezer) is on the unpowered drum, disassemble it manually and remove the plastic and glass from the box;

2. According to different types of refrigerants, refrigerant recovery devices are used to classify and recover refrigerants. Remove the compressor and condenser, etc.

3. The whole machine enters a double-shaft shredder for shredding and preliminary crushing.

4. The materials enter the hammer crusher, and are crushed for the second time through crushing and kneading by the crusher.

Working Process

5. At the same time of secondary crushing, part of polyurethane foam will be separated into foam separator by air separation. Heavy materials such as plastic and metal enter the belt conveyor.

6. Materials crushed by plastic and metal are separated by magnetic separation on the belt, and then enter eddy current separation.

7. Non-ferrous metals, such as copper and aluminum, are separated by eddy current, and plastic and foam materials are transported to the airflow separation system through belts to separate pure plastic and foam. Polyurethane foam is compressed into blocks by a foam crusher.

Features

1. Negative pressure
The whole recovery process is a sealed negative pressure environment, which reduces the emission of gas and pollutants.

2. No pollution
The recovery production line is equipped with a dust removal system, and the gas and particulate matter are collected and treated by the dust removal system and discharged up to the standard.

3. Safety
Many parts of the production line are equipped with detection facilities such as temperature and cyclopentane gas concentration, and graded alarm and safety control are carried out.

4. Automation
The refrigerator production line is equipped with an intelligent automatic control system, which adopts man-machine isolation operation mode, monitors the system in real time through the monitoring screen, and keeps abreast of the equipment operation.

Sepcifications
Model Power Size(m) Capacity(set/h)
ZY-RF20 176kw 35x10x7.2 20-40
ZY-RF40 275kw 4.4x10x7 40-60
ZY-RF60 500kw 50x10x7 60-80
ZY-RF80 680kw 60x10x7 80-100
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