超声波清洁机清洁力以及其他比照
超声波清洁机清洁力以及其他比照_济南洁升超声波清洗机
Ultrasonic cleaning machine generally uses two kinds of cleaning agents: chemical solvent and water powder, which have dissolved and osmotic effect on dirt and oil, which is a chemical force. The ultrasonic cavitation of the ultrasonic cl单槽超声波清洗机eaning machine is physical, and ultrasonic cleaning combines chemical and physical effects.
超声波清洗机一般采用2种清洗剂: 化学溶剂和水粉剂, 对污物油脂均有溶解渗透作用, 这是一种化学作用力。而超声波清洗机超声波的空化作用却是物理性的, 超声波清洗是结合了化学作用和物理作用。
First, the dirt is infiltrated and dissolved by chemical action, and then the dirt layer on the surface of the object is peeled off by the impact force generated by the ultrasonic \u0026 quoquo;cavitation \u0026 rdquo;, ??and the mixture is stirred, dispersed, and emulsified. Prevents dirt that has detached from the surface of the object from reattaching to the object.
首先靠化学作用对污物进行渗透、溶解, 然后再通过超声波“空化”作用所产生的冲击力将物体表面的污物层剥离, 对之进行搅拌、分散、乳化并防止已脱离物体表面的污物重新附着在物体上。
Commonly used ultrasonic cleaning methods include solvent cleaning, solvent pressure cleaning, solvent vapor cleaning, solvent scrubbing, and ultrasonic cleaning. Due to the cavitation of the ultrasonic wave, the cleaning effect is far superior to the cleaning effect that can be achieved by other cleaning means. Comparison of several cleaning methods, as shown in Figure 1. As can be seen from the figure, ultrasonic cleaning is the most effective cleaning method.
常用的超声波清洗机清洗方法有溶剂清洗、溶剂压力清洗、溶剂蒸汽清洗、溶剂刷洗和超声波清洗。由于超声波的空化作用, 其清洗效果远远优于其它清洗手段所能达到的清洗效果。几种清洗方法效果比较, 如图1所示。由图可以看出, 超声波清洗是当中最有效的清洗手段。
The physical quantities related to the ultrasonic cleaning effect of the ultrasonic cleaning machine include power density, ultrasonic frequency, type of cleaning agent, cleaning temperature, etc.
