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    影响全自动超声波清洗机清洗效果的外部因素?​
    2020-3-6 13:36:42

      超声波清洗机器,因为它效率高、高洁净、节能、广泛的适用性,环保无污染的特点,如清洗和流行,爱,超声波清洗作为一个新秀,清洗行业,虽然只有几年的发展历史,但已逐渐成为一种广泛使用的清洗方式,清洁和深入工业生产的科学实验室,还有很多方面的民用保洁保洁。对于使用超声波清洗机的用户来说,关心的是清洗效果能否满足要求。超声波清洗过程看起来很简单,实际上,终清洗效果的一系列因素的结果,下面的济宁强超声检测仪器有限公司,有限公司的超声波清洗效果的主要因素做一个简单的分析,希望能帮助你购买和使用超声波清洗机。

      Ultrasonic cleaning machine, because of its high efficiency, high cleanliness, energy saving, wide applicability, environmental protection and pollution-free characteristics, such as cleaning and popularity, love, ultrasonic cleaning as a rookie, cleaning industry, although only a few years of development history, but has gradually become a widely used cleaning method, cleaning and in-depth industrial production of scientific laboratories, There are many aspects of civil cleaning. For users of ultrasonic cleaning machine, the most concerned is whether the cleaning effect can meet the requirements. The ultrasonic cleaning process seems very simple, in fact, the result of a series of factors of the final cleaning effect. The following is a simple analysis of the main factors of the ultrasonic cleaning effect of jiningqiang Ultrasonic Testing Instrument Co., Ltd. and Co., Ltd., hoping to help you purchase and use the ultrasonic cleaning machine.

      1、选择,从超声波清洗设备的几个主要参数分析,我们都知道超声波清洗机的几个主要参数有超声波功率、超声波频率、清洗液温度、超声波清洗时间和超声波清洗槽容积及结构。下面简单分析一下这些参数对超声波清洗效果的影响。

      1. The first choice, from the analysis of several main parameters of ultrasonic cleaning equipment, we all know that several main parameters of ultrasonic cleaning machine are ultrasonic power, ultrasonic frequency, cleaning fluid temperature, ultrasonic cleaning time, ultrasonic cleaning tank volume and structure. The following is a brief analysis of these parameters on the effect of ultrasonic cleaning.

      (1)超声波功率对清洗效果的影响,超声功率对清洗的影响主要是指功率密度的影响超声波清洗,超声波功率的单位面积上的功率密度,一般来说,功率密度在一定范围内越大,超声空化越强,超声反应的对象上面灰尘,清洗速度快,但功率密度会增加驻波对超声波清洗的影响,不必要的浪费功率。另外,如果功率密度过高,对精密工件会形成一定的空蚀。功率密度太小,即使长时间清洗很难达到理想的清洁效果,一般生产超声波清洗设备的功率密度每平方厘米不小于0.5 w,实验室设备容易清洁,实验室超声波清洗设备功率密度每平方厘米0.3 w - 0.5 w。

      (1) The influence of ultrasonic power on cleaning effect. The influence of ultrasonic power on cleaning mainly refers to the influence of power density on ultrasonic cleaning. The power density per unit area of ultrasonic power, generally speaking, the larger the power density is in a certain range, the stronger the ultrasonic cavitation is, and the dust on the ultrasonic reaction object, the faster the cleaning speed, However, the power density will increase the influence of standing wave on ultrasonic cleaning and waste power unnecessarily. In addition, if the power density is too high, cavitation will be formed on the precision workpiece. The power density is too small, even if long-term cleaning is difficult to achieve the ideal cleaning effect. Generally, the power density of ultrasonic cleaning equipment for production is not less than 0.5 W per square centimeter, which makes laboratory equipment easier to clean. The power density of laboratory ultrasonic cleaning equipment is 0.3 W - 0.5 W per square centimeter.

      (2)超声频率对超声清洗效果的影响。超声波频率对超声波清洗的影响主要是对超声波清洗的洁净度和精度的影响。一般来说,越低频率、振幅越大单位时间内振动数量少,超声空化越强,超声波渗透和去垢力越强,然而,由于单元振动频率的时间少,洗干净很低,尤其是小污垢去除强度较弱,因此,高精度要求不是太高污染工件选择低频超声波清洗。高频超声与低频超声正好相反,适用于污垢不太严重且清洗要求高的精密工件清洗。对于清洗要求高且难以去除污垢的工件,可采用两种以上超声清洗程序,先用低频超声进行粗洗,再用高频超声进行精洗。

    超声波清洗机生产厂家

      (2) The influence of ultrasonic frequency on the effect of ultrasonic cleaning. The influence of ultrasonic frequency on ultrasonic cleaning is mainly on the cleanliness and accuracy of ultrasonic cleaning. Generally speaking, the lower the frequency and the larger the amplitude, the less the number of vibrations per unit time, the stronger the ultrasonic cavitation, and the stronger the ultrasonic penetration and descaling force. However, due to the less time of the unit vibration frequency, the cleaning is very low, especially the small dirt removal intensity is weak, so the high-precision requirements are not too high, and the low-frequency ultrasonic cleaning is not selected for the polluted workpieces. High frequency ultrasound is the opposite of low frequency ultrasound, which is suitable for precision workpiece cleaning with less dirt and high cleaning requirements. For the workpiece with high cleaning requirements and difficult to remove the dirt, more than two ultrasonic cleaning procedures can be used. First, low-frequency ultrasonic is used for rough cleaning, then high-frequency ultrasonic is used for fine cleaning.

      (3)超声时间对超声清洗效果的影响。超声波设备的工作时间和超声波功率都会影响清洗效果。由于超声波清洗工艺的不同,工件的清洗时间也不同。

      (3) The influence of ultrasonic time on the effect of ultrasonic cleaning. The working time and power of ultrasonic equipment will affect the cleaning effect. Due to the different ultrasonic cleaning technology, the cleaning time of workpiece is also different.

      (4)超声波清洗的影响液体温度对超声波清洗,一般的清洁液体温度30 - 60℃之间好的超声波清洗效果,但超声温度达到好的,清洁效果不是好的,但也考虑到清洁剂温度、清洗工件的特点,综合选择适当的超声波清洗温度。

      (4) The influence of ultrasonic cleaning on the temperature of liquid to ultrasonic cleaning, the general cleaning liquid temperature between 30-60 ℃ is the best ultrasonic cleaning effect, but the ultrasonic temperature reaches the best, the cleaning effect is not the best, but also considering the temperature of cleaning agent, the characteristics of cleaning workpiece, comprehensive selection of appropriate ultrasonic cleaning temperature.

      以上就是超声波清洗机生产厂家对影响超声波清洗机清洗效果的外部因素的详细介绍,想要了解多请点击官网http://www.sinokohl.com

      The above is a detailed introduction of the external factors that affect the cleaning effect of the ultrasonic cleaner by the manufacturer of the ultrasonic cleaner. To learn more, please click http://www.sinkohl.com