Recommendation of ultrasonic machine (Industrial level)

Ultrasonic Probe / Ultrasonic digital generator / Control system assembly / Reactor assembly / Rack and pipe fittings

Ultrasound in solution, will produce alternating pressure, capable of generating cavitation bubbles for cavitation threshold of acoustic wave propagation in liquid and can significantly improve the gas bubbles from the solution to the mass transfer rate.
Cavitation bubbles from the solution of tiny gas nuclei generated in the sparse acoustic phase due to the tensile stress (negative pressure) that would create these vacuoles. If the tensile stress persists after vacuolization, this space-time bubbles will expand to many times the original size. In this case, air bubbles remain spherical structure, then continued to grow, vibration, collapse.
When the role of ultrasound in the solution gas composition by gas - liquid interface "directional spread" into the cavitation bubbles, cavitation bubbles into the growth phase, when cavitation bubbles collapse at the surface of the solution, the gas will escape from the bubble in which resulting in a degassing.

• Foam is a large concentration of bubbles, the ultrasonic degassing of gas equipment is pre-generated foam, bubbles are not a large number gathered in front of the liquid foaming, degassing, or dissolution, mixing in the liquid gas defoaming, degassing.
• The whole process does not use any antifoaming agent, a defoaming entirely physical manner, also called mechanical defoaming manner.
• For the surface of the foam that has been generated, the device is not obvious, it needs to fit the way anti-foaming film together to solve them.