| Customization: | Available |
|---|---|
| Warranty: | 1 Year |
| Type: | Refrigerator Recycling |
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Description:
The best method for disposing of discarded refrigerators is to use efficient, environmentally friendly, and cost-effective machine dismantling technology, which is the waste refrigerator crushing and separation line. This technology can effectively solve the problems of low efficiency and high cost in manual disassembly, enabling efficient disposal of discarded refrigerators.
The process flow of the waste refrigerator crushing and separating machine mainly includes three steps: shredding, crushing, and sorting. Through these steps, the waste refrigerator can be quickly broken and materials such as plexiglass, metal and foam plastic can be separated.
Firstly, the discarded refrigerator is sent to the shredding process. Waste refrigerators are first shredded into small pieces, which facilitates subsequent crushing and sorting. During the shredding process, the various components of the refrigerator will be completely separated, reducing the difficulty and complexity of subsequent processing techniques.
Next is the broken link. The shredded refrigerator components will be sent to the crusher for further processing. The function of the crusher is to further crush the shredded waste refrigerator components, making them easier to separate. During this process, materials such as copper, aluminum, plastic, and iron will be effectively separated to prepare for the subsequent sorting process.
Next is the sorting process. The recycled materials from the broken waste refrigerators will enter the sorting machine. The foam is separated by the foam collection equipment, and then the iron is separated by the magnetic separator. The remaining copper aluminum plastic enters the eddy current separator, and the copper aluminum and plastic are automatically separated. The sorting process is accurate and efficient, ensuring that different materials can be reused while minimizing resource waste to the greatest extent possible.
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