This utility model discloses a vibrating screen device for battery
cathode materials, comprising: a housing with a cavity inside suitable for accommodating materials, the housing also being provided with a screening
assembly having a screening port communicating with the cavity; a vibration
assembly adapted to drive at least a portion of the materials in the cavity through the screening port; and an antistatic
assembly adapted to eliminate the charge carried by the materials in the cavity. The vibrating screen device for battery
cathode materials designed according to this utility model includes an antistatic assembly, which can eliminate
static electricity on the surface of the materials, thereby improving the screening efficiency of the vibrating screen device and the production capacity of
cathode materials.