The mixer is designed to subject the product to higher shear and a larger number of shearing events than a standard inline rotor-stator mixer, producing an exceptionally narrow particle size distribution.Sub micron particle sizes are possible using the Ultra High Shear technology.
Sub micrometre particle sizes are possible using the Ultra High Shear technology. The mixer is designed to subject the product to higher shear and a larger number of shearing events than a standard inline rotor-stator mixer, producing an exceptionally narrow particle size distribution.
The mixer is designed to subject the product to higher shear and a larger number of shearing events than a standard inline rotor-stator mixer, producing an exceptionally narrow particle size distribution. Sub micrometre particle sizes are possible using the Ultra High Shear technology.
The mixer is designed to subject the product to higher shear and a larger number of shearing events than a standard inline rotor-stator mixer, producing an exceptionally narrow particle size distribution. Sub micrometre particle sizes are possible using the Ultra High Shear technology.