How to effectively remove iron from lithium battery anode materials is a hot topic at present, and the development of new energy vehicles in recent years has also led to the rapid development of lithium batteries. The negative electrode MATERIAL is one of the core materials of lithium-ion batteries, and the negative electrode material production enterprises are also continuously put into production to expand the production scale to meet the needs of the battery, the need for PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC anode material iron removal process.
In the past, the iron removal of lithium battery anode materials is mostly the use of chemical methods for iron removal treatment, and this process also needs to be deacidified and acid-washing treatment, which will lead to a large number of acidic wastewater, which will bring no small harm to the ecological environment. The application of PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC to the removal of iron from the anode material of lithium battery can solve this problem.
Our magnetoelectric design of anode MATERIAL dry PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC, mainly includes a primary magnetic separation iron removal mechanism and a secondary magnetic separation iron removal machine. The model has high magnetic field intensity, uniform magnetic field distribution, and high magnetic field gradient, remarkable separation effect on ferromagnetic substances, relatively small footprint, and can provide tractable mobile iron removal workstations according to customer production needs.
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