Advanced Lithium Battery Recycling Equipment Technology

With the widespread use of electronic products such as laptop computers and digital cameras, the production and consumption of lithium-ion batteries has risen dramatically, and the increase in batteries has led to an increase in the number of used batteries. In addition, due to the complexity of the battery process, different battery types, sizes and battery material variations have brought challenges to the battery recycling industry. Now we have overcome every obstacle in battery recycling step by step and developed lithium battery recycling equipment .

Lithium battery recycling equipment production line has wide adaptability.

1 Battery type, there are many kinds of batteries on the market, cell phone batteries, computer batteries, hard shell batteries, soft pack batteries, cylindrical batteries, EV batteries, ternary batteries and lithium iron batteries and etc.. Each type of battery chemical materials, processes and others are not the same, but lithium battery recycling equipment production line can be unified to deal with a variety of this type of battery, it’s very convenient.

2 Battery size. A variety of digital products and electronic equipment, have different sizes. Lithium battery recycling equipment technical can also be centralized processing. Because the first step of the whole recycling process is to shred the large batteries into small materials, it can be seen that the size of the battery has no effect on the lithium battery recycling equipment.

3 Recycling technical, compared with wet recycling and fire recycling, lithium battery recycling equipment is mechanical crushing dry recycling. The advantage of this recycling method is more safe and environmentally friendly, and at the same time, it can make the recovered metal purity higher. Waste lithium batteries through the conveyor belt to the battery first sent to the first process for crushing, crushed materials are again sent to the conveyor belt for secondary crushing, and then set up together with magnetic separation equipment, etc., to separate the materials. After separating out the iron shell, the material will be crushed for the third time, and the material will be ground into powder. The powder is collected through negative pressure to separate again, the materials with different densities are layered, and finally we can get the various metals that have been separated.

At the same time, the filtered exhaust gas is collected through the negative pressure system to the environmental protection equipment for purification, so that it meets the emission standards, and then discharged at high altitude.