Your mixing or dispersing duty
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Your Application | Our Solution |
mixing liquids | |
mixing liquids and high viscosity substances | |
suspending / dissolving / processing easy to wet-out powders | |
suspending / dissolving / processing difficult to wet-out powders | |
homogenizing | |
emulsifying | |
dispersing of already suspended particles | YTRON-Z |
suspending powders | |
Yoghurt-Stretching, Quark-Stretching | YTRON-Z |
gassing | YTRON-AEROTRON |
Mixing processes Glossary
In process technology, mixing refers to the homogeneous distribution of one or more substances or phases into one another. Differences in density, concentration or temperature are also balanced out by the mixing process. This prevents the formation of layers or stratification.
The distinction between static and dynamic mixing depends on whether the mixing takes place due to turbulence on stationary fixtures or due to moving mechanical mixing tools. In process engineering, traditional agitators or special mixers (e.g. jet mixers) are used to mix liquids. Highly viscous liquids and pastes are usually mixed using kneaders.
Homogenize
Homogenization refers to a mixing process in which the result is permanent, i.e. the system is stable for at least a specified time after mixing. This applies regardless of the number of phases. This includes the mixing of two liquids that are soluble in each other, the introduction of powders into liquids and the homogeneous distribution of a fat phase in water, e.g. milk.
Suspension
A suspension is a heterogeneous mixture in which the solid particles are spread throughout the liquid without dissolving in it. Examples of this are yeast wheat, cocoa milk and cloudy fruit juice.
Dispersing
Dispersing refers to the fine distribution of two phases that are insoluble in each other. One of the phases is crushed, e.g. by shearing.