The invention relates to the technical field of textiles, and discloses an efficient precipitated particle
grinding device for
textile fabric
dyeing. The efficient precipitated particle
grinding device comprises a base, a power generation device comprises a rotating column, a swing rod, a
metal wire, a floating plate and a magnetic group plate, a driving device comprises a rack, a magnetic block and a coil, and a gear corresponding to the rack is arranged on an upper portion of a rotating shaft; an outer side of the
grinding frame is connected with grinding balls, and each grinding ball comprises a through hole, a conical groove, a filter screen, a stopping column and a rubber ball. A
magnetic field generated by the coil drives the rack to move left and right through the magnetic block, the rack drives the rotating shaft and spiral fan blades to rotate through the gear, the spiral fan blades rotate
clockwise, and the grinding balls adsorb
solid particles at the bottom of a
dyeing box through the through holes; the spiral fan blades rotate anticlockwise, and the rubber balls block the through holes, so that
water flow driven by the spiral fan blades is prevented from pushing
solid particles in the through holes in the lower side, and the structure solves the problem that an existing
textile fabric
dyeing device is large in number of precipitated particles and not easy to remove.