服务热线电话
400-6188-756
鼓泡在超声波清洗机中的作用
来源:http://www.sinokohl.com/ 时间: 2022-12-08 浏览次数: 0
有些厂商在销售超声波清洗机的时候,会简单的跟你提到鼓泡。那么,鼓泡在超声波清洗机中的作用是什么呢?
When some manufacturers sell ultrasonic cleaners, they will simply tell you about blistering. So, what is the role of bubbling in the ultrasonic cleaner?
鼓泡在超声波清洗机中的作用
Role of Bubble in Ultrasonic Cleaning Machine
1、提高清洗效果
1. Improve cleaning effect
超声波清洗机本身的清理效果是很高的。如果在清洗机上增加一个鼓泡的功能,清洗效果会进一步提高。主要原因是鼓泡可以让缸内的水不断流动,从而加快油污的剥离速度。很多客户会给这类机器增加鼓泡的功能。
The cleaning effect of the ultrasonic cleaning machine itself is very high. If a bubbling function is added to the washer, the cleaning effect will be further improved. The main reason is that bubbling can make the water in the cylinder flow continuously, thus speeding up the stripping speed of oil contamination. Many customers will add bubbling function to such machines.
2、它有独立的存在功能。
2. It has independent existence function.
鼓泡在超声波清洗机内独立存在,不会与其他气泡合并,所以不会引发其他问题。在这种情况下,可以在一定程度上去除机器的残留物质。
Bubble exists independently in the ultrasonic cleaner and will not merge with other bubbles, so it will not cause other problems. In this case, the residual material of the machine can be removed to a certain extent.
只要我们熟悉它,在一定程度上发挥鼓泡的作用,就一定能提高超声波清洗机的清理效果。
As long as we are familiar with it and play the role of bubbling to a certain extent, the cleaning effect of the ultrasonic cleaner will be improved.
以上就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 a detailed introduction to the ultrasonic cleaning equipment, and we hope it will be helpful to you. If you have any questions, please contact us. We will provide you with professional services http://www.sinokohl.com
上一篇:全自动高压清洗机的这些操作算是内卷吗?
下一篇:毛刺清洗机的产品类型有哪些?
相关文章
-
全自动化喷淋清洗机:核心清洗环节解析 2025-07-28
-
碳氢清洗机清洗流程详解:多步骤协作的高效清洁之道 2025-07-21
-
带你体验通过式喷淋清洗机清洗流程 2025-07-16
-
喷淋清洗机清洗流程解析 2025-07-14
-
高压去毛清洗机去除毛刺的方法解析 2025-07-11
-
喷淋清洗机高压喷嘴流道设计对冲击力的影响 2025-07-10
-
通过式旋转清洗机:中小型零件清洗好帮手 2025-07-09
-
高压去毛刺清洗机:技术特性与应用优势解析 2025-07-08
-
多槽手动超声波清洗机的清洗流程讲解 2025-07-07
-
碳氢清洗机:脱脂战场上的 “附着力守护者” 2025-07-04