Why can high frequency cleaning avoid damage to the workpiece? Everyone knows that the basic principle of ultrasonic cleaning is based on the cavitation effect of liquids. Cavitation effect The intensity of the response is directly related to the frequency. The higher the frequency, the smaller the ... view more
There are two concepts here: power and frequency. In ultrasonic precision cleaning, when the cleaning effect cannot be achieved after a certain frequency of ultrasonic cleaning, if the workpiece is to be removed If the impurity particles removed are large, the ultrasonic power may be insufficient. G... view more
Now ultrasonic cleaners have been applied in many industries and have gained a good reputation, but do you know the two concepts and functions of ultrasonic cleaners' frequency and power? Let us briefly explain to you below. In ultrasonic precision cleaning, when the cleaning effect cannot be achiev... view more
1. Ultrasonic waves propagate in plastic parts. Plastic parts more or less absorb and attenuate the ultrasonic energy, which will have a certain impact on the ultrasonic processing effect. Plastics are generally divided into amorphous materials. According to the hardness, there are hard rubber and s... view more
Ultrasonic atomizers, compared to traditional atomizing nozzles, are still quite good, and they are more environmentally friendly and convenient to use. What is the difference between ultrasonic atomization technology? Next, I will give you a specific introduction. Ultrasonic atomization process Ult... view more
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