We all know that the principle of ultrasound is to use the high-speed micro jet flow generated by ultrasound cavitation at the interface between solid and liquid to remove or weaken the boundary fouling layer, increase the stirring effect, accelerate the dissolution of soluble pollutants, and enhance the cleaning effect of chemical cleaning agents. This can reduce the amount of chemical cleaning agents used, and even eliminate the need for chemical cleaning agents. Compared to using various chemical detergents for cleaning, ultrasonic cleaning is indeed a convenient and environmentally friendly method.

In daily life, we often see ultrasonic cleaning machines in eyewear or jewelry stores. After throwing the glasses in and leaving them for a while, the dirt on the lenses is completely removed. This is ultrasonic cleaning, which utilizes the large amount of bubbles and explosive decomposition of dirt generated by the propagation of ultrasonic waves in liquid, and this process is called cavitation. Ultrasonic cleaning technology is widely used in various aspects of life and industry.

characteristic:

Ultrasonic cleaning can greatly improve the cleanliness of the cleaning surface;

2. Fast cleaning speed and high effectiveness;

3. Can operate continuously and automatically;

4. Can clean cleaning parts with complex shapes;

5. It can perform large-scale cleaning of small parts (such as stainless steel packing rings).

Ultrasonic waves can be used to clean various precision instruments and instrument components, but it is best to clean some small parts. It can remove oil stains, rust products, and various dirt on the surface of steel parts. Generally, 22-23KHz ultrasonic oscillation can be used to loosen, detach, and peel off the corrosion products on the surface of steel parts.