Lab Ultrasonic Sonochemistry Processor

1. Upon irradiation with high intensity sound or ultrasound, acoustic cavitation usually occurs. Cavitation – the formation, growth, and implosive collapse of bubbles irradiated with sound — is the impetus for sonochemistry and sonoluminescence.

Bubble collapse in liquids produces enormous amounts of energy from the conversion of kinetic energy of the liquid motion into heating the contents of the bubble. The compression of the bubbles during cavitation is more rapid than thermal transport, which generates a short-lived localized hot-spot. 2.

Sonochemical reaction is an attractive method for preparing novel materials with unusual properties. The advantages of using sonochemical methods for sample preparation include high purity, narrow size distributions, controllable reaction conditions and the ability to form nano particles with uniform shapes and rapid reaction rate.

It also improves the performance of phase transfer catalysts and reactivity of catalysts or reagents. 3. Ultrasonic mixing equipment is widely used in cosmetic industry for producing, degassing and homogenizing of emulsions.Ultrasonic devices are used for extracting algae oil and other compounds from the continuous algae reactors.

They are also employed in dispersing and reducing the size of pigments in printing inks and inkjet inks.