A ceramic slurry automatically removes iron PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC field The device comprises a frame and a slurry pool. The slurry pool is divided by a middle partition board into a front and a back slurry groove of the same size. A slurry pipe and an inlet pipe are arranged on the right wall of the slurry groove, a slurry pipe is arranged on the left wall, an iron bar is arranged on the inner bottom wall of the left end, and an iron bar is arranged in the stainless steel pipe to form a straight line moving connection with the stainless steel pipe.
The removal rod comprises a stainless steel wire rod whose length is greater than the length of the stainless steel tube. The rear side of the stainless steel wire rod is provided with a cylindrical permanent magnet whose length is consistent with the width of the slurry groove. The front end of the stainless steel wire rod is connected with a linear moving mechanism. Because the PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC rod is arranged in two sections, one section is provided with a cylindrical permanent magnet, and the other section is not magnetic, and the cylindrical permanent magnet can be rotated back and forth in the front and back slurry groove.
Through PLC automatic control of the opening/closing time of each valve, the front and back two slurry grooves can be continuously replaced by iron removal and iron removal, which greatly improves the efficiency and iron removal effect of PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC field. The unique feeding method makes the material fully contact the medium node, so as to ensure the high-precision sorting effect;
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