ross mixer emulsifiers
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Mixer Emulsifier

Ross Mixer Emulsifiers are accepted world-wide as a proven alternative to high speed dispersers, slow speed impellers or high pressure homogenizers for a wide range of processing requirements.

The versatility built into this rugged machine provides its users with new and more efficient approaches to traditional processing techniques. High speed mechanical and hydraulic shear forces are the real key to the success of our emulsifiers.

The close clearance between the rotor and stator generates a shearing action which insures that materials being processed are subjected to thousands of shearing actions each minute.

The positive shearing action results in short process cycles and a more uniform, high quality product. Several interchangable stator heads are available to maximize the desired results.

Installations cover a broad range of applications including emulsification, disintegration, dissolution, dispersion and homogenization.

Designs are available in both batch and continuous in-line models from 2 through to 200 HP. Batch models handle from 1 to over 6,000 gallons per minute.The largest production in-line models have a pumping capacity exceeding 2,600 gallons per minute.

Unequalled versatility and the concept of positive mixing combine to improve your operating efficiency.

emulsifier tanks
Tanks to achieve the optimum flow pattern include dished or conical bottoms.
 
STAGE 1: The high speed rotor operating at close clearance to the stator draws material in from the bottom of the mixing vessel and subjects it to an intense mixing and shearing action.
STAGE 3: The expelled mixture is deflected by the tank wall, completing the circulation pattern. To increase circulation or to create a vortex for the incorporation of light solids, downthrust and circulation propellers may be mounted on the rotor shaft. The position of the propellers along this shaft is adjustable.
STAGE 2: The rotor accelerates the product towards the blade periphery. There it is expelled through the stator openings into the body of the mix while undergoing an intensive mechanical and hydraulic shearing action. Simultaneously new material is drawn into the center of the rotor.