超声波清洗机的秘密空化效应的影响
超声清洗机清洗作用的实现，主要是靠“空化效应”。故“空化”效果之优劣，能左右机器性能；而机器性能高下则决定清洗效果。欲达清洗目的，应追其根溯其源，因此对空化效应之影响因素，不可不察也。the realization of the cleaning effect of ultrasonic cleaning machine mainly depends on cavitation effect. therefore, the effect of cavitation can affect the performance of the machine; the high performance of the machine determines the cleaning effect. in order to achieve the purpose of cleaning, the root should be traced back to its source. therefore, the influence factors of cavitation effect cannot be ignored.
（1）频率的选择
(1) frequency selection
清洗液中即使通入超声波，并不一定能够产生空化小泡；即使产生了空化小泡，也不一定能够爆破；即使爆破了，超声清洗机清洗也不一定能够达到良好的剥脱污物的效果。
even if ultrasonic wave is introduced into the cleaning solution, cavitation bubbles may not be generated; even if cavitation bubbles are produced, they may not be able to completely explode; even after blasting, ultrasonic cleaning machine may not achieve a good effect of stripping dirt.
每一种液体都有自己的“空化阈值”。就是超声波振动产生的负压超过了液体本身的静压力，才能将其撕开，形成真空泡。超声空化阈值与超声波频率有密切的关系
each liquid has its own cavitation threshold. it is only when the negative pressure generated by ultrasonic vibration exceeds the static pressure of the liquid itself that it can be torn to form a vacuum bubble. there is a close relationship between ultrasonic cavitation threshold and ultrasonic frequency
频率越高，空化阈值越高。因为超声波的频率越高，它的能量就会很低，没有那么大的力气撕开液体形成空泡。所以高频率的超声波不容易在液体中形成空化泡，要产生空化，就需要加大声功率。
the higher the frequency, the higher the cavitation threshold. because the higher the frequency of the ultrasonic wave, the lower its energy will be, and there is not so much force to tear the liquid to form bubbles. therefore, high-frequency ultrasound is not easy to form cavitation bubbles in the liquid. to produce cavitation, it is necessary to increase the power.
反过来，频率越低，产生空化就越容易。而且，频率低了，撕开和挤压两者之间的时间间隔就多了许多，生成的小泡有足够的时间来完成生长，由小变大，那么它爆破时产生的冲击力就更大了，更有利于清洗。
conversely, the lower the frequency, the easier it is to produce cavitation. in addition, the lower the frequency, the longer the time interval between tearing and squeezing, and the generated bubbles have enough time to complete the growth, from small to large, so the impact force generated when it explodes is greater, which is more conducive to cleaning.
高频与低频，就像马跑得很快，但力气小，拉不了太多的重物；而牛跑得很慢，但力气很大，拉着一大车牛粪都能够闲庭散步，其实各有用处。
high frequency and low frequency are like horses running fast, but with little strength, they can't pull too much weight; the cow runs very slowly, but has great strength. it can walk in a leisurely way with a cart of cow dung. in fact, each has its own use.
我们可以根据清洗对象将超声波频率分为3个频段：低频（20khz—50khz），高频（50khz—200khz），超高频（700khz—1mhz以上）。在相同的功率下，40khz频率的超声波比100khz的超声波产生更多的空化泡，穿透能力更强，但容易造成器械表面的腐蚀和损坏，噪声也更大。
we can divide the ultrasonic frequency into three frequency bands according to the cleaning object: low frequency (20khz-50khz), high frequency (50khz-200khz), and ultra-high frequency (700khz-1mhz or above). at the same power, 40khz ultrasonic wave produces more cavitation bubbles than 100khz ultrasonic wave, with stronger penetration ability, but it is easy to cause corrosion and damage to the surface of the instrument, and the noise is also greater.
因此，高频超声波适用于清洗精密精细的器械，低频超声波适用于清洗粗大坚固的器械。
therefore, high-frequency ultrasound is suitable for cleaning precision and fine instruments, while low-frequency ultrasound is suitable for cleaning thick and solid instruments.
有了cnc高压清洗机上面的小总结，希望对广大客户有所帮助，如果有什么不理解的或者寻求帮助的请点击我们的网站：或者，我们会尽全力为您解决
with the summary above of cnc high-pressure washer, i hope it can help our customers. if you have any questions or need help, please click our website: or call for consultation, and we will do our best to solve it for you
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（1）频率的选择
(1) frequency selection
清洗液中即使通入超声波，并不一定能够产生空化小泡；即使产生了空化小泡，也不一定能够爆破；即使爆破了，超声清洗机清洗也不一定能够达到良好的剥脱污物的效果。
even if ultrasonic wave is introduced into the cleaning solution, cavitation bubbles may not be generated; even if cavitation bubbles are produced, they may not be able to completely explode; even after blasting, ultrasonic cleaning machine may not achieve a good effect of stripping dirt.
每一种液体都有自己的“空化阈值”。就是超声波振动产生的负压超过了液体本身的静压力，才能将其撕开，形成真空泡。超声空化阈值与超声波频率有密切的关系
each liquid has its own cavitation threshold. it is only when the negative pressure generated by ultrasonic vibration exceeds the static pressure of the liquid itself that it can be torn to form a vacuum bubble. there is a close relationship between ultrasonic cavitation threshold and ultrasonic frequency
频率越高，空化阈值越高。因为超声波的频率越高，它的能量就会很低，没有那么大的力气撕开液体形成空泡。所以高频率的超声波不容易在液体中形成空化泡，要产生空化，就需要加大声功率。
the higher the frequency, the higher the cavitation threshold. because the higher the frequency of the ultrasonic wave, the lower its energy will be, and there is not so much force to tear the liquid to form bubbles. therefore, high-frequency ultrasound is not easy to form cavitation bubbles in the liquid. to produce cavitation, it is necessary to increase the power.
反过来，频率越低，产生空化就越容易。而且，频率低了，撕开和挤压两者之间的时间间隔就多了许多，生成的小泡有足够的时间来完成生长，由小变大，那么它爆破时产生的冲击力就更大了，更有利于清洗。
conversely, the lower the frequency, the easier it is to produce cavitation. in addition, the lower the frequency, the longer the time interval between tearing and squeezing, and the generated bubbles have enough time to complete the growth, from small to large, so the impact force generated when it explodes is greater, which is more conducive to cleaning.
高频与低频，就像马跑得很快，但力气小，拉不了太多的重物；而牛跑得很慢，但力气很大，拉着一大车牛粪都能够闲庭散步，其实各有用处。
high frequency and low frequency are like horses running fast, but with little strength, they can't pull too much weight; the cow runs very slowly, but has great strength. it can walk in a leisurely way with a cart of cow dung. in fact, each has its own use.
我们可以根据清洗对象将超声波频率分为3个频段：低频（20khz—50khz），高频（50khz—200khz），超高频（700khz—1mhz以上）。在相同的功率下，40khz频率的超声波比100khz的超声波产生更多的空化泡，穿透能力更强，但容易造成器械表面的腐蚀和损坏，噪声也更大。
we can divide the ultrasonic frequency into three frequency bands according to the cleaning object: low frequency (20khz-50khz), high frequency (50khz-200khz), and ultra-high frequency (700khz-1mhz or above). at the same power, 40khz ultrasonic wave produces more cavitation bubbles than 100khz ultrasonic wave, with stronger penetration ability, but it is easy to cause corrosion and damage to the surface of the instrument, and the noise is also greater.
因此，高频超声波适用于清洗精密精细的器械，低频超声波适用于清洗粗大坚固的器械。
therefore, high-frequency ultrasound is suitable for cleaning precision and fine instruments, while low-frequency ultrasound is suitable for cleaning thick and solid instruments.
有了cnc高压清洗机上面的小总结，希望对广大客户有所帮助，如果有什么不理解的或者寻求帮助的请点击我们的网站：或者，我们会尽全力为您解决
with the summary above of cnc high-pressure washer, i hope it can help our customers. if you have any questions or need help, please click our website: or call for consultation, and we will do our best to solve it for you
关键词：高压清洗机
精品工频交直流试验变压器
卧式拉力试验机可以测试管件螺栓的拉伸吗？
打包机基本上可以实现全自动包装捆扎
这些关于聚氨酯过滤海绵的特点，你是否知道？
强强联合，月旭科技携手德国Dr. Maisch
超声波清洗机的秘密空化效应的影响
国际快递查询单号查询（不知道去哪里查国际物流货物信息的外贸人看过来）
外媒：散货船市场将触底反弹
使用珩磨机打孔的常见误差有哪些？看完这个就知道了
红外光谱仪的基本原理是什么
反转？现代商船与2M达成合作协议！
冷冻干燥机的工作原理？
高压灭菌锅灭菌食用菌注意事项
冷冻土壤干燥箱的操作步骤与使用方法
大型饭店餐余垃圾一体化处理装置企业
电子拉力试验机测试的要点
耙式真空干燥机需要定期检查维护
美国海运股票代码是多少（美国最大的海运股票）
二次元影像测量仪的精度如何？
石墨炉原子吸收与火焰原子吸收的异同分析