In a dry environment, separate the materials by using the magnetic field generated by PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC. For the initially broken materials in lithium battery recycling, it can quickly remove ferromagnetic materials with large particles of ferrolithium materials, such as battery shell fragments, polar ears and ears, etc. During the operation, the broken lithium battery materials are evenly sent into the magnetic concentrator, and the magnetic materials are adsorbed on the drum or magnetic plate, and the non-magnetic materials fall freely to achieve separation.
The material is made into mineral pulp and conducts magnetic separation in an aqueous medium. For fine particles such as positive and negative materials of lithium batteries, the materials can be better dispersed to improve the accuracy of iron removal. Wet PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC has forward current type, countercurrent type and semi-reverse current type, choose the appropriate type according to the material properties and iron removal requirements.
For materials with low magnetic impurity content, the countercurrent wet PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC can make the material stay in the magnetic field for longer time and improve the effect of iron removal. During the operation, the lithium battery material is mixed with water to make a suitable concentration of pulp and sent into the magnetic separator machine. The magnetic particles are adsorbed to the magnetic pole or polymagnetic medium of the magnetic separator, and the non-magnetic particles flow out with the pulp to achieve iron removal.
Contact: DELLA
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