Ultrasonic homogenization is achieved by using ultrasonic cavitation and other physical effects in liquid. Physical action refers to that ultrasonic waves can form effective agitation and flow in the liquid to destroy the structure of the medium and crush the particles in the liquid. It is mainly the inter-liquid collision, microphase flow and shock wave that lead to the surface morphology changes of the particles. Cavitation means that under the action of ultrasonic wave, the liquid generates holes in the place with weak strength, namely small bubbles. The small bubbles pulsate with ultrasonic wave, and the holes will collapse within one acoustic cycle. Ultrasonic cavitation also produces strong mechanical effects, producing fast jets or acoustic flushes near the solid interface and powerful shock waves in the liquid.

Ultrasonic homogenization is achieved by using ultrasonic cavitation and other physical effects in liquid. Physical action refers to that ultrasonic waves can form effective agitation and flow in the liquid to destroy the structure of the medium and crush the particles in the liquid. It is mainly the inter-liquid collision, microphase flow and shock wave that lead to the surface morphology changes of the particles. Cavitation means that under the action of ultrasonic wave, the liquid generates holes in the place with weak strength, namely small bubbles. The small bubbles pulsate with ultrasonic wave, and the holes will collapse within one acoustic cycle. Ultrasonic cavitation also produces strong mechanical effects, producing fast jets or acoustic flushes near the solid interface and powerful shock waves in the liquid.