Lithium battery recycling application technology-flexible packaging lithium battery recycling equipment

Release time:

2022-01-14 10:27

Lithium battery recycling application technology. At present, the lithium battery recycling and crushing equipment with a high degree of automation is based on crushing, crushing, and crushing, and has the performance of environmental protection, deodorization, and metal recycling systems. The reprocessing of waste lithium batteries solves the problems existing in the current lithium battery recycling and reprocessing technology and equipment.

Flexible packaging lithium battery recycling equipment This series of products are specially designed and manufactured for waste new energy flexible packaging batteries and power flexible packaging batteries. According to the characteristics of flexible packaging battery design, the pursuit of lithium battery metal and shell sorting recovery reliability, the use of new waste gas and plastic diaphragm treatment design, according to the field capacity requirements to provide local and all solutions. The main machine adopts a new type of crusher to realize the optimization of multi-feed inlet and cavity structure. High work efficiency, high crushing efficiency and strong production capacity. The electrical control system with PLC is easier to operate.

Product principle: The flexible packaging lithium battery recycling equipment is composed of multiple monomer equipment, which is mainly powered by the physical crushing and sorting stages. When the crushing and crushing starts, the exhaust gas and dust recovery system starts to drive. After the power system is in operation, the copper-aluminum shielding and the positive and negative active substance shielding in the flexible packaging lithium battery are completed in the crushing stage. This stage belongs to the main equipment, and the auxiliary equipment consists of conveying system, vibrating screen system and collection system.

The waste power battery recycling and decomposition equipment line adopts more environmental protection treatment methods. Through the accumulation of experience, waste power battery recycling decomposition equipment has been competitive. As a manufacturer, our company will lead our waste power battery recycling and decomposition equipment, lithium battery processing equipment and lithium battery electrode processing equipment to a more environmentally friendly aspect, so that we can quickly push the development of our company to a greater progress.

Lithium battery recycling equipment can process ternary lithium batteries, flexible packaging lithium batteries, mobile phone lithium batteries, 18650 batteries and other lithium batteries, can be recycled, so that lithium batteries can be recycled using existing technology, so that lithium battery metal can be used for valuable purposes, to a more environmentally friendly direction. At present, the development technology of lithium battery processing equipment and lithium battery recycling equipment in China is in a critical period. There are more mature and environmentally friendly cleaning solutions in this area. While proposing the era of environmental protection development, the sorting technology of environmentally friendly lithium battery recycling equipment is more intelligent.

Waste lithium battery treatment:

1. Power lithium battery recycling equipment: Power lithium battery recycling equipment includes the separation of various power batteries, new energy batteries, used lithium ion battery shells, positive and negative active materials, copper, aluminum and plastic separators.

2. Lithium battery recycling equipment: Lithium battery material recycling equipment includes the separation of lithium battery cathode material, lithium battery anode material, lithium battery winding material copper aluminum metal, black powder, lithium cobalt oxide and diaphragm material.

Sorting process:

The comprehensive technical separation of lithium battery recycling equipment is composed of three parts: crushing, magnetic separation and air separation. Magnetic separation can separate the ferromagnetic material from the crushed material; air separation can separate the powder in the crushed material and the lighter plastic diaphragm, while volatilizing the part that adheres to the material.

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