What is high frequency ultrasonic cleaning machine? Everyone who knows about ultrasonic cleaning machines knows that they are generally divided into low-frequency ultrasonic cleaning machines and high-frequency ultrasonic cleaning machines. The frequency range of high-frequency ultrasonic cleaning machine is 50khz-200khz, while the frequency range of low-frequency ultrasonic cleaning machine is 20khz-40khz. At present, the frequencies of low-frequency ultrasonic cleaners commonly used in the market are 28kHz and 40KHz, and high-frequency ultrasonic cleaners are 80kHz and 120kHz.

那么，一般什么情况下用高频率超声波清洗机比较多呢，在购买超声波清洗机时，选择超声波清洗机的频率是有很大的讲究，很多人搞不清楚自己是选择低频超声波清洗机还是高频率超声波清洗机，小编在这简单介绍一下。

So, under what circumstances are high-frequency ultrasonic cleaners commonly used? When buying ultrasonic cleaners, there is a lot of stress on choosing the frequency of ultrasonic cleaners. Many people don't know whether they choose low-frequency ultrasonic cleaners or high-frequency ultrasonic cleaners. I'll briefly introduce it here.

由于超声波频率会影响超声波空化阀值，当超声波频率越高，空化阀越高，高频超声波清洗机在清洗液中空化强度低而空化密度大，清洗的穿透力强，所以高频率超声波清洗机适合清洗凹槽、细缝、深孔等工件，如高精密零部件、光学玻璃、实验室玻璃器皿、半导体材料、电子器件等。

Because the ultrasonic frequency will affect the ultrasonic cavitation threshold, the higher the ultrasonic frequency, the higher the cavitation valve. The high-frequency ultrasonic cleaning machine has low cavitation intensity and high cavitation density in the cleaning fluid, and the cleaning penetration is strong. Therefore, the high-frequency ultrasonic cleaning machine is suitable for cleaning grooves, fine seams, deep holes and other workpieces, such as high-precision parts, optical glass, laboratory glassware, semiconductor materials, electronic devices, etc.

以上是为大家介绍的有关超声波清洗设备的详细的介绍,希望对您有所帮助.如果您有什么疑问的话,欢迎联系我们.我们将以的态度,为您提供服务.http://www.sinokohl.com

The above is the detailed introduction of ultrasonic cleaning equipment for you. I hope it will be helpful to you If you have any questions, please contact us We will provide you with professional service http://www.sinokohl.com