MU Mixer

MU Mixer is a cylindrical, static in-tube mixer that does not require mechanical mixing power. Only the energy of fluid flow is used to stir and mix.

Two right-handed and left-handed wings are arranged alternately in the cylindrical tube, and several elements are arranged with void at the center in axis direction. The fluid flows through the mixer, which splits, rotates, shears, merges, and reverses the fluid, continuously mixing and stirring it. Applications include mixing liquids that differ in specific gravity, viscosity, or temperature, or mixing two or three components: liquid, gas, and powder. The examples are the production of carbonated water using water and carbon dioxide, the production of ozone water using water and ozone gas, gas-liquid reactions between organic compounds and chlorine-based gases, and ozone sterilization of ballast water.

MU Mixer consists of right and left twisted MU Elements that are alternately placed at right angles to each other at the edges of the wing body to arrange the required number of MU Elements.

The fluid flowing inside the MU Mixer passes through MU Element and is continuously mixed with high efficiency by the generation of vortex flow due to the division, merging and reversing of layers and the shearing force in the axial direction.

On the other hand, MU Mixer, which is composed of MU-SSPW, consists of multiple spiral perforated wings with right and left twists, with MU Elements arranged alternately. The liquid is mixed with high efficiency by the spiral perforated wings.

The MU Mixer is made of alternating right and left twisting MU Elements. The elements are placed perpendicular to the edges of the wings.

The number of elements in MU Mixer is decided in consideration of mixing efficiency, viscosity, specific gravity, etc.

• Liquid-liquid mixer

• Liquid-gas mixer

• Gas-gas mixer

Specifications of MU Mixer