Hot Selling Mute Design Ultrasonic Cleaner Machine

Ultrasonic cleaning generally uses two cleaning agents; Chemical solvents and water powder agents. For pollutants and oils, both have a dissolving and penetrating effect, which is a chemical force. However, the cavitation effect of ultrasound is physical. Ultrasonic cleaning combines chemical and physical processes. Firstly, the dirt is infiltrated and dissolved through chemical reactions. Then, the impact force generated by ultrasonic cavitation is used to peel off the dirt layer on the surface of the object, stir, disperse, emulsify it, and prevent the dirt that has already detached from the surface of the object from reattaching to the object.

Ultrasonic cleaning has developed to this day and has been widely used in various fields of industry and even in people's daily lives. Practice at home and abroad has shown that ultrasonic cleaning is the most effective and indispensable cleaning method in industry today. This article focuses on describing the physical characteristics, principles, functions, methods, and usage of ultrasonic cleaning.