The cavitation effect of the ultrasonic cleaner is that the ultrasonic waves are transmitted to the liquid in a high-frequency conversion manner with a compression force of 20,000 times or more per second and a decompression interaction. When the pressure decreases, a vacuum nuclei bubble phenomenon occurs in the liquid. When the compressive force is applied, the bubbles of the vacuum core group are broken by pressure to generate a strong impact force, so as to peel off the dirt on the surface of the object to be cleaned, thereby achieving accuracy. Washing purpose. Ultrasonic cleaners work at very low frequencies (in the range of human hearing) and generate noise. When the frequency is lower than 20 kHz, the working noise not only becomes very loud, but also may exceed the safety noise limit set by occupational safety and health laws or other regulations.
In applications that require high power to remove dirt without considering surface damage, the lower cleaning frequency is usually selected from 20 kHz to 30 kHz. Cleaning frequencies in this frequency range are typically used to clean large, heavy, or high-density workpieces.
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