Each ultrasonic nozzle works at a specific frequency, which determines the droplet size. The nozzles are made of very high strength titanium alloys and stainless steel materials, making them highly resistant to chemical erosion and providing superior performance. The liquid is introduced into the atomized surface by a non-clogging feed tube extending along the length of the nozzle, which produces vibrations in the liquid on the atomized surface. In order for the liquid to be atomized, the vibration amplitude of the atomized surface must be carefully controlled.

This paper briefly discusses the various influencing factors and the influence characteristics of each factor in the use of ultrasonic spraying equipment in different fields. From the utility of ultrasonic spraying to make a distinction, the main focus is on the two aspects of ultrasonic spraying atomization droplet particle diameter, the second is ultrasonic spraying flow performance.

The soft, low-speed spray produced by the ultrasonic atomization molding system usually requires gas molding to meet the needs, especially in the case of uniform deposition requiring high precision.

Ultrasonic gas Filling mode: Precision type aerated
Ultrasonic air-filling mode: focused gas filling
Acoustic gas Filling mode: wide-width aerated