针对这个问题，每种类型的机器不同、清洗物体及清洗剂的不同，那么适宜的清洗温度也就不同，但是只有将超声波清洗机的各项设置调到较佳，才能将机器的作用大化。通常情况而言，全自动超声波清洗机设置什么温度的清洗效果好呢？

In view of this problem, different types of machines, different cleaning objects and cleaning agents will lead to different suitable cleaning temperatures. However, only when the settings of the ultrasonic cleaning machine are adjusted to a better level can the role of the machine be maximized. Generally speaking, what temperature is set for the full-automatic ultrasonic cleaning machine to achieve good cleaning effect?

我们都知道超声波清洗机在进行清洗工作时，需要适宜的温度去进行清洗。通常情况下，我们要求在清洗机水箱中的水达到40℃之后再放入清洁剂进行搅拌到完全融化，但除此之外还需要考虑室温、清洗物品等条件，所以对超声波清洗机的温度控制一定不可以疏忽哦。

We all know that the ultrasonic cleaning machine needs a suitable temperature to clean when cleaning. Generally, we require that the water in the water tank of the cleaning machine reaches 40 ℃ and then add detergent to stir until it is completely melted. However, in addition, we also need to consider the room temperature, cleaning items and other conditions, so the temperature control of the ultrasonic cleaning machine must not be neglected.

超声波清洗机一般在30℃-40℃时的清洗效果好，清洗液则温度越高，效果作用越明显。通常实际应用超声波清洗机时，采用适宜的清洗温度为40-60℃，尤其在天冷时若清洗液温度低空化效应差，清洗效果也差。

The ultrasonic cleaning machine generally has good cleaning effect at 30 ℃ - 40 ℃. The higher the temperature of the cleaning liquid, the more obvious the effect. Generally, when the ultrasonic cleaning machine is actually used, the appropriate cleaning temperature is 40-60 ℃. Especially in cold weather, if the cleaning liquid temperature is low and the cavitation effect is poor, the cleaning effect is also poor.

因此有部分清洗机在清洗缸外边绕上加热电热丝进行温度控制，当温度升高后空化效应易发生，所以清洗效果较好。当温度继续升高以后，空泡内气体压力增加，引起冲击声压下降，反应出这两因素的相乘作用。

Therefore, some cleaning machines wrap heating wires around the outside of the cleaning cylinder for temperature control. When the temperature rises, cavitation effect is easy to occur, so the cleaning effect is better. When the temperature continues to rise, the gas pressure in the cavity increases, causing the impact sound pressure to drop, reflecting the multiplication of these two factors.

假如你想在适宜的温度下使用清洗机进行工作的话，可以先去把清洗机水箱里面的水更换了，要是成本过高的话，你可以保留多余的热水，等待冷却和再利用，或者是在水箱里走两圈钢管，管道中的水可以使温度远离水箱。要是你想要清洗机在70度或80度的温度下进行工作，那就需要去追加热板气管和温度控制。

If you want to use the washing machine to work at a suitable temperature, you can first replace the water in the water tank of the washing machine. If the cost is too high, you can keep the excess hot water, wait for cooling and reuse, or walk two circles of steel pipes in the water tank. The water in the pipe can keep the temperature away from the water tank. If you want the cleaning machine to work at a temperature of 70 or 80 degrees, you need to add a hot plate air pipe and temperature control.

通常来说，超声波清洗机设备中的水清洁剂的适宜清洗的温度为40~60℃之间，尤其是在那寒冷的天气里，洗涤液温度过低的话产生的气穴现象效果也不好，洗涤效果也不好。因此，一些清洗机设备会通过被围绕在清洗滚筒外部的电热丝加热以控制温度，在温度升高时容易产生气蚀，清洗的效果会更好。若温度持续上升时，腔内的气体压力会增加，冲击声压会降低，反映了这两个因素的相乘效果。

Generally speaking, the suitable cleaning temperature of the water cleaner in the ultrasonic cleaner equipment is between 40 and 60 ℃. Especially in that cold weather, the cavitation phenomenon caused by the low temperature of the washing liquid is not good, and the washing effect is not good. Therefore, some cleaning machine equipment will be heated by the electric heating wire around the outside of the cleaning drum to control the temperature. When the temperature rises, cavitation is easy to occur, and the cleaning effect will be better. If the temperature continues to rise, the gas pressure in the cavity will increase and the impact sound pressure will decrease, reflecting the multiplication effect of these two factors.

实践证明，在使用清洗机进行清洗的过程中，蒸气压、表面张力、粘度及密度是有着明显的影响因素，空化效应高。因此，超声波清洗机的温度一定要维持适宜的温度范围内，更多相关事项可以来我们网站咨询。

It has been proved that the vapor pressure, surface tension, viscosity and density have obvious influence factors in the process of cleaning with the cleaning machine, and the cavitation effect is high. Therefore, the temperature of the ultrasonic cleaning machine must be maintained within the appropriate temperature range. For more information, please visit our website .