Lithium battery recycling equipment can well improve recycling efficiency and reduce costs
Release Time：2022-12-04 Source：Lithium battery recycling equipment Share：
The waste lithium battery recycling equipment is a kind of waste lithium battery crushing and separating device, mainly including double shaft shredder, magnet, said double shaft shredder is connected to the conveyor belt below, the end of the conveyor belt is connected to the hammer crusher, said conveyor belt is provided with an opening above the middle section, the magnet is driven by a cylinder for vertical movement and into the opening, said magnet is an electromagnet. The magnet is connected to a rotating mechanism, which includes a rotating body and a guide arm, and the magnet driven by a cylinder is located at the end of the guide arm, and the rotating body is equipped with a motor. The end of the conveyor belt connected to the twin-shaft shredder is provided with an air supply outlet. After the preliminary crushing of the waste lithium battery, the utility model completes magnetic separation in the conveying process and then enters the secondary crushing, which effectively separates the magnetic metals such as iron, nickel and cobalt in the lithium battery, improves the recycling efficiency and reduces the cost.
Waste lithium battery recycling equipment recycling waste lithium battery full-component material separation and collection, a waste lithium battery full-component material separation and collection method and separation and collection device, which mainly uses mechanical crushing, vacuum separation, vibration screening, specific gravity separation, airflow separation and other simple dry means to achieve the separation and collection of waste lithium battery electrode materials, fluid collection metal, plastic diaphragm, battery shell; separation and collection process does not The separation and collection process does not introduce any chemical reagents, the whole process is automated, and the electrolyte and dust are collected and processed at the same time, with high recovery efficiency, green and low-carbon, and easy to industrialize.
Magnetic separation can separate the ferromagnetic materials from the crushed materials; wind separation can sort out the powder and lighter plastic diaphragm from the crushed materials, and volatilize the parts adhering to the materials.