| High Speed Disperser | Charles Ross & Son Company | Ross High Speed Dispersers are the industry standard for durability, faster dispersion and low maintenance costs. Standard models include: explosion-proof, inverter duty motors; heavy duty V-belt drives and bearings; safety switches; an air/oil hydraulic ...view more Ross High Speed Dispersers are the industry standard for durability, faster dispersion and low maintenance costs. Standard models include: explosion-proof, inverter duty motors; heavy duty V-belt drives and bearings; safety switches; an air/oil hydraulic lift system with hand/foot controls; and stainless steel wetted parts and shaft guard. Sizes range from 1/2 HP to 200 HP to handle batches from 1 to 2000 gallons. Custom designs are also available. view less |  |
| PreMax | Charles Ross & Son Company | This single-stage rotor/stator generator is specially contoured to generate both high shear and vigorous flow in a batch mixing environment. Designed especially for pigment dispersions, the Delta rotor/stator generator is used in the Ross PreMax* to produ...view more This single-stage rotor/stator generator is specially contoured to generate both high shear and vigorous flow in a batch mixing environment. Designed especially for pigment dispersions, the Delta rotor/stator generator is used in the Ross PreMax* to produce an intense combination of mechanical, hydraulic and cavitational shear, which results in aggressive deagglomeration. view less |  |
| High Shear Mixer | Charles Ross & Son Company | All rotor/stator mixers are comprised of a rotor that turns at high speed within a stationary stator. In a “single-stage” unit, the rotor includes a single set of four blades. As the rotating blades pass each opening in the stator, they mechanically shear...view more All rotor/stator mixers are comprised of a rotor that turns at high speed within a stationary stator. In a “single-stage” unit, the rotor includes a single set of four blades. As the rotating blades pass each opening in the stator, they mechanically shear particles and droplets, and expel material at high velocity into the surrounding mix, creating intense hydraulic shear. view less |  |
