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Low temperature baking ultra-low temperature condensing end-of-life battery physical crushing and sorting line

2023-04-28
2425次

The ultra-low temperature condensation end-of-life battery physical crushing and sorting line has the following characteristics:

1. High efficiency: High efficiency technologies such as mechanical crushing and ultra-low temperature condensation are adopted, which can quickly separate the substances inside the battery and improve the processing efficiency.

2. Environmental protection: Physical crushing and ultra-low temperature condensation technologies are adopted, without adding chemical materials, avoiding the possibility of polluting the environment.

3. Reliability: The waste treated by this technology can be classified according to the material, which ensures the reliability of reuse.

4. Economical: The technology of physical separation is adopted, eliminating the need to purchase expensive chemical reagents, while the recyclable material can bring economic benefits.

5. Applicability: The technology can treat many types of end-of-life batteries and has good applicability.


详细介绍

Ultra-low temperature condensing end-of-life battery physical crushing and sorting line is a kind of technology to deal with end-of-life battery. The whole processing process can be divided into the following steps:


1. Pre-treatment: The end-of-life batteries are classified by type, and the batteries with high requirements for reaction changes such as radar and missiles need to be treated to remove the sensitive substances in them.


2. Crushing: The battery will be mechanically crushed to break its internal material into small pieces and remove liquid substances such as electrolytes and concentrate solid substances.


3. Condensation: The battery is subjected to ultra-low temperature treatment to make the substances inside condense into small granular substances.


4. sorting: the condensed material is sorted and classified according to different materials, usually into three categories: metal, plastic and toxic waste.


5. Reuse: The sorted materials will be sent to different processing plants or recycling stations for reuse, such as metal materials for electric furnace remelting, plastic materials for recycling, etc..


This method can effectively deal with end-of-life batteries and turn the waste into reusable resources, with good environmental benefits.