Turbomix

Turbomix_L

In this mixer design, the main emphasis is on the large number of divisions created by the blades and the formation of vortices.

The special arrangement of the mixing element blades results in the flowing liquid or liquid-gas mixture undergoing collision, division and separation with a significant shear force, followed by intensive mixing in the vortex chamber, and then exiting with a rotating vortex motion. The successive triple movement combination ensures extremely efficient mixing even with a single mixing element.

The mixing efficiency can be further increased by using several mixing elements in series, as this allows the creation of clockwise and counterclockwise vortex movements.

The dense paddling, multiple collisions, direction changes caused by multiple mixing elements, and relatively high shear forces are particularly helpful when mixing gases into liquids, but are also effective for mixing gases with gases and high-viscosity liquids.

Turbomix_TL

In this mixer type, special mixing channels are formed by means of so-called filled blades. In the channel cross-sections, which change continuously in the axis direction, the primary mixing (partial flow mixing) takes place immediately after entry, and after exit, the partial flows of the channels determined by the number of blades merge, where the good mixing is optimized by the turbulence generated by the exiting blade edges.

Here, too, we can use mixing units that generate right- and left-handed vortex movements, which can be installed in series in various combinations in a given mixer.

Turbomix_TL mixers can be used for mixing low- and medium-viscosity liquids.