Details:

High-capacity ultrasonic dispersing circulating mixers are suitable for various solutions, including high-viscosity ones. Standard power ranges from 1.0KW to 3.0KW, enabling particles to be dispersed to the nanoscale. Industrial applications typically involve mixing different liquids or solids with liquids to formulate a variety of products, such as liquid beverages, pharmaceuticals, paints, coatings, detergents, etc. To better blend various substances into solutions, it is necessary to disperse initially aggregated materials into a dispersion. Ultrasonic cavitation creates numerous high-pressure and low-pressure zones in the liquid at a frequency of 20,000 times per second, which continuously collide with each other, forming powerful micro-impacts and generating significant shearing forces, facilitating the disassembly of polymers.

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Principle:

Ultrasound generates alternating high and low pressures in exposed liquids. During the low-pressure cycle, ultrasound creates vacuum-like microbubbles within the liquid. In the high-pressure cycle, these actual bubbles undergo violent collapse, a phenomenon known as cavitation. The implosive force of the cavitation bubbles induces intense fluid dynamic shear forces. These forces facilitate thorough mixing of reactants, thereby shortening reaction time.

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