A graphite PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC includes a frame, a feeding device, a primary iron removal device, and some also provide a multistage iron removal structure such as a secondary iron removal device. The feeding device sends the graphite raw materials into the iron removal machine, and the primary iron removal device conducts preliminary iron removal. If necessary, the secondary iron removal device further improves the purity of the iron removal device. There is a blowing mechanism (such as intake pipe, nozzle, etc.) and solenoid inside the first level of iron removal device.
This multi-stage PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC method of iron removal can gradually remove iron impurities in graphite, which is very effective for the production of graphite products with high iron impurity content or very low iron impurity content. The blowing mechanism can blow away the graphite raw materials, so that the iron impurities are better exposed to the magnetic field of the electromagnet, and improve the probability of the iron impurities being absorbed.
The magnetic field generated by the electromagnet is able to attract iron impurities and separate it from the graphite. This combination of air blowing and multistage electromagnetic PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC is a more efficient and efficient method for iron removal, which can deal with iron impurities in graphite raw materials of different particle sizes and shapes.
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