Dispersing container

The utility model relates to a dispersion container which comprises a cylindrical dispersion cavity with a hollow interior, a cylindrical rotating shaft is installed in the middle of the dispersion cavity in a penetrating mode, a dispersion driving motor is arranged outside the dispersion cavity, and the output end of the dispersion driving motor is connected with the rotating shaft. A plurality of dispersing discs are arranged between the outer circumferential surface of the rotating shaft and the inner wall of the dispersing cavity, and the dispersing driving motor drives the dispersing discs through the rotating shaft to disperse slurry in the dispersing cavity. The two sealing cavities are symmetrically formed in the dispersing cavity, so that the rotating shaft is matched with the dispersing cavity through the double bearings, the stress and torque borne by the single bearing are reduced, and the service life of the bearings is prolonged; meanwhile, the rotating shaft supported by the double bearings can