How can waste lithium ion batteries recycle processing to make money profits?

　　Author ：Iflowpower – Portable Power Station Supplier

With the development of my country's electronics industry, the use of lithium batteries is getting bigger and bigger, and more and more waste lithium batteries are. For these waste lithium batteries, what is the role of it, how to recycle it into a problem that is urgent to solve. The lithium battery crusher equipment produced by Kadi machinery has completely solved this problem, realizing the turn-free use of waste lithium batteries.

For the use of waste lithium batteries, we know that cobalt, lithium, copper and plastics in waste lithium batteries are valuable resources, with extremely high recovery value. Therefore, scientific effective treatment for waste lithium batteries, not only has significant environmental benefits, but also has good economic benefits. In order to alleviate the growing resource shortage and environmental pollution problem caused by rapid economic development, the total component recycling and utilization of waste lithium battery has become a global consensus.

The waste lithium battery is mainly composed of housing, positive, negative electrode, and electrolyte and membrane. The positive electrode is to consist of the lithium cobalt powder to the two sides of the aluminum foil concentration fluid by a bonded PVDF; the negative electrode structure is similar to the positive electrode, and is bonded from the carbon powder on both sides of the copper foil collector. Recycling for waste lithium batteries, commonly used waste lithium battery resource-based methods include wet metallurgy, fire-making metallurgy and mechanical physics.

Compared to wet and fire, the lithium battery crusher uses mechanical physical law without using chemical reagents, and is lower energy consumption, it is an environmentally friendly and efficient method. Recycling of waste old lithium battery processing and making money, investing in Kaidi mechanical lithium battery pulverizer, which is based on the positive and negative electrode structure of lithium battery and its composition of material copper and toner, using a hammer fragmentation, vibration screening and airflow sorting combination Process for separation and recycling of waste lithium battery negative electrode. .