The detection of purification effect by Ultrasonic cleaning does not include indirect contact with sanding, but it may be crushed by impact and vibration of small molecules of dirt particles in the liquid, so use Ultrasonic cleaning to stop cleaning parts to form abrasion or scratch, and the parts to be cleaned will not be damaged. Ultrasonic cleaning has high cleaning efficiency. Even small gaps, rusty and moldy parts that are difficult to clean can remove dirt. Moreover, parts that can be cleaned are very common, and can be large or small. Therefore, it has become one of the common cleaning machines in the market. The secondary mechanism of the Ultrasonic cleaning is to apply the cavitation effect of ultrasonic in the liquid medium and the deceleration effect of three direct actions, and put the fluid components in the medium into the sewage for direct or indirect action, so that the dirt can be dispersed, emulsified and peeled from time to time, so as to achieve the purpose of cleaning parts. Above, we have a detailed understanding of the three cleaning and cleaning effects of the best-selling Ultrasonic cleaning:

1、超聲波清洗的空化清洗效果：其機(jī)理是由于超聲波在液體介質(zhì)中會以每秒20000次以上的高頻變換模式壓縮力和壓力，使液體相互穿透，停止投射。當(dāng)存在擰緊力時，外部液體介質(zhì)會因減壓作用發(fā)生真空核組的一個氣泡，而真空組的氣泡會受到擰緊力的影響而被壓碎，在沖擊力較大的情況下被填充，顯影繼電器會間接影響污垢的清理外觀，將其剝離，達(dá)到清洗分離的目的。

1. The cavitation cleaning effect of ultrasonic cleaning: Its mechanism is that ultrasonic waves in liquid media will compress the force and pressure with high-frequency transformation modes of more than 20000 times per second, causing the liquid to penetrate each other and stop projection. When there is tightening force, the external liquid medium will generate a bubble in the vacuum core group due to the pressure reduction effect, and the bubble in the vacuum group will be crushed by the tightening force and filled under high impact force. The development relay will indirectly affect the cleaning appearance of the dirt, peel it off, and achieve the purpose of cleaning and separation.

2、超聲波的直接流動清洗效果：超聲波在液體介質(zhì)中傳遞的場景會使液體在場景中的運(yùn)動方向被稱為超聲波的直接流動。如果超聲波的強(qiáng)度足夠大，可以間接看到超聲波清潔器中的直接流動，該流動垂直于振動表面并發(fā)生。直流作用于被清洗物料表面的油垢，使其不時攪拌，溶解在液體介質(zhì)中，達(dá)到清洗油垢的目的。

2. The direct flow cleaning effect of ultrasound: The scene where ultrasound is transmitted in a liquid medium will cause the direction of motion of the liquid in the scene to be called the direct flow of ultrasound. If the intensity of ultrasound is large enough, direct flow in the ultrasonic cleaner can be indirectly observed, which is perpendicular to the vibrating surface and occurs. Direct current acts on the oil scale on the surface of the cleaned material, causing it to stir and dissolve in the liquid medium from time to time, achieving the purpose of cleaning the oil scale.

3、超聲波清洗減速清洗效果：由于超聲波在液體介質(zhì)中的作用，液體顆粒被向前推并減速。如果使用更高頻率的超聲波清潔器，氣穴將不會明顯。此時，清洗主要依靠液體顆粒由于超聲波的作用，從而減緩顆粒的沖擊，阻止污垢的超細(xì)清洗，達(dá)到污垢散射的目的。

3. Ultrasonic cleaning deceleration cleaning effect: Due to the role of ultrasound in the liquid medium, liquid particles are pushed forward and decelerated. If a higher frequency ultrasonic cleaner is used, the cavitation will not be noticeable. At this point, cleaning mainly relies on the effect of ultrasonic waves on liquid particles to slow down the impact of particles, prevent ultrafine cleaning of dirt, and achieve the goal of dirt scattering.

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