超聲波清洗為什么要配合清洗劑來使用呢？

　　Why is ultrasonic cleaning used in conjunction with cleaning agents?

　　超聲波清洗是一種利用高頻聲波產(chǎn)生的機械振動能量,從而使污垢從物體表面剝離的出色清潔技術(shù),其核心的原理是空化效應,當超聲波傳入到液體中時,會產(chǎn)生無數(shù)微小的空化氣泡,這些氣泡在爆炸時釋放出強大的沖擊力,從而產(chǎn)生物理剝離作用,但是在面對一些頑固的油脂或特定的污染物時,單純的超聲波清洗達不到理想的清潔效果,所以根據(jù)不同的污染物類型,會有針對性的清洗劑,比如除油劑、除銹劑等等。

　　Ultrasonic cleaning is an efficient cleaning technology that utilizes the mechanical vibration energy generated by high-frequency sound waves to remove dirt from the surface of objects. Its core principle is cavitation effect. When ultrasound is transmitted into a liquid, countless tiny cavitation bubbles are generated, which release strong impact force when exploded, thus producing physical peeling effect. However, when facing stubborn grease or specific pollutants, simple ultrasonic cleaning cannot achieve ideal cleaning effect. Therefore, targeted cleaning agents such as degreasers, rust removers, etc. are used according to different types of pollutants.

　　這些清洗劑負責分解、軟化,降低污染物的附著力,配合超聲波的設(shè)置不同的溫度,提高清洗劑的活性,促進更多的空化氣泡產(chǎn)生,以達到在非常短的時間內(nèi),非常佳的一個清洗效果,尤其是在面對一些復雜形狀的,精密零部件和頑固油脂的時候,大幅提升表面的潔凈度。

　　These cleaning agents are responsible for decomposing, softening, and reducing the adhesion of pollutants. By setting different temperatures with ultrasonic waves, the activity of the cleaning agents is increased, promoting the generation of more cavitation bubbles, in order to achieve the best cleaning effect in the shortest possible time. Especially when facing complex shapes, precision components, and stubborn grease, the surface cleanliness is greatly improved.

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