The cleaning effect of ultrasonic cleaning machine is actually related to its parameters. Only when you know what impact these parameters have on the cleaning effect can you set the parameters reasonably and achieve the best cleaning effect. Frequency Ultrasonic frequency plays a decisive role, the relationship between frequency and cleaning effect is: in the case of other conditions being equal, the lower the frequency, the better the cleaning effect. Of course, this frequency still has to be in the ultrasonic range, or even cavitation can not be generated. Then why are there high frequency ultrasonic cleaning machines on the market?

Because the low frequency although the cleaning effect is stronger, but the object is easy to cause cavitation corrosion, damage the surface of the object. While the high frequency ultrasonic cleaning effect is not as good as the low frequency, but it is enough to use, and the high frequency ultrasonic direction is better, suitable for precision cleaning. Power The relationship between ultrasonic power and cleaning effect is proportional, the higher the power, the better the cleaning effect. But too high power can also cause cavitation corrosion. However, the power range of the cleaning machine is generally not easy to cause cavitation corrosion. Time The longer the ultrasonic cleaning time, the better the cleaning effect.

However, this time is a maximum, too long time is also easy to cause cavitation corrosion effect. The specific time can be assessed based on the severity of the object and the stain, such as heavy oil, the cleaning time is relatively long. The surface of the object is smooth, the stain is not too serious, the cleaning time will be shorter. The specific time can be tested by yourself. Temperature Anyone who has washed dishes at home knows that when dish soap is not available, using hot water to wash dishes can also remove oil. The principle is actually very simple, the activity of a substance is related to temperature, when the temperature increases, the activity of a substance is also increased, the increase in activity means that the substance is more prone to deformation and other physical phenomena, or more likely to react with other chemical phenomena. Oil at low temperature, less active, adhere to the surface of the bowl, not easily washed away by water.

But when the temperature gets higher, the oil becomes more active and is flushed off the surface of the bowl. Of course, the higher the temperature is not the better, the activity of the material can reach the highest at a certain temperature stage, according to which the setting is reasonable. Usually we use a cleaning machine, the temperature set in 40~60 degrees Celsius is more reasonable.