Reasons which can be argued for ibW dispersing machines:
short production time
outstanding homogeneity
long-term stability
narrow particle spectrum
savings of expensive additives like emulgators, catalysts and so on
savings of time and space
high shearing speed
interchangeability of specific generators
self-cleaning effect
pressure and vacuum resistance

Exemplary Applications:
emulsions (liquid/liquid)
pigment dispersions
colloidal solutions
suspensions
catalytic solution speed-up
gasification
neutralization

The flow rate amounts indicated in the data sheet have been determined at dp=0 using water at a temperature of 20°C. At a flow rate performance of "0", the UniRex Inline machines deliver approximately 1 bar as the maximum characteristic discharge pressure. In practice, pipe frictional losses and viscosity anomalies have to taken into consideration. If - due to the conditions mentioned above - a transport of substances through a conveyor becomes necessary, we recommend to use positive displacement pumps.

With regard to the construction type, there are two inliner types available, which are different from a technical point of view.
Inliner URL with rotor/stator principle
and Inliner USL with rotor and strainer insert.
The USL Inliner is a simplified construction type of the URL Inliner. Instead of the rotor/stator principle, a strainer is used as stator with this model.

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Contact Access Route

Mobile Stands Ground and Wall Stands Desk and Laboratory Stands Stands Clamping Device Electric Controlling