Hockmeyers rotor stators are of a proven design that is used in the paint, ink, chemical, adhesives, food, pharmaceutical and cosmetic industries.
They are designed with no bottom steady bushing to withstand the most demanding applications. To provide flexibility, Hockmeyer offers two types of rotor stators: Top Draw and Bottom Draw.
Rotor Stators can be cleaned in place and can be constructed of 304 or 316 stainless steel.
Sizes from 2 horsepower to 100 horsepower
Hoist or tank-mounted
Inverter driven
Multiple fixed-position designs on hoist-mounted models
Stainless steel material of construction
Mill to highly polished finishes
Typically designed for atmospheric operation with available vacuum or pressure designs
Electrical components for hazardous or safe environments
A rotor stator is a High Shear Mixer that utilizes a rotor a stationary stator that typically operates at very high speeds, creating a vortex circulating the product through the gap between the rotor and stator, resulting in a very homogeneous dispersion.
Learn more about rotor stators by reading our “Rotor Stator Principles Guide”
Hockmeyers rotor stators are of a proven design that is used in the paint, ink, chemical, adhesives, food, pharmaceutical and cosmetic industries.
They are designed with no bottom steady bushing to withstand the most demanding applications. To provide flexibility, Hockmeyer offers two types of rotor stators: Top Draw and Bottom Draw.
Rotor Stators can be cleaned in place and can be constructed of 304 or 316 stainless steel.
Sizes from 2 horsepower to 100 horsepower
Hoist or tank-mounted
Inverter driven
Multiple fixed-position designs on hoist-mounted models
Stainless steel material of construction
Mill to highly polished finishes
Typically designed for atmospheric operation with available vacuum or pressure designs
Electrical components for hazardous or safe environments
A rotor stator is a High Shear Mixer that utilizes a rotor a stationary stator that typically operates at very high speeds, creating a vortex circulating the product through the gap between the rotor and stator, resulting in a very homogeneous dispersion.
Learn more about rotor stators by reading our “Rotor Stator Principles Guide”
