ultrasonic cleaning operation when it is carried out, the temperature of the cleaning agent is also a rather crucial issue during use. If the temperature of the cleaning machine is not appropriate, in many cases, It cannot achieve the cleaning effect we need very well. So, how should we pay attention to this issue when cleaning?
Many people know that when washing dishes at home, adding some hot water to increase the temperature is the best. At this temperature, the washing effect is the best. In fact, the main reason is that the washing machine can achieve the best effect when the temperature is warm water. The same applies during ultrasonic cleaning. The most suitable temperature for the cleaning machine is 40-60℃. Especially when it gets cold, the cavitation effect produced by the cleaning machine is very poor. At this time, we have to heat it up. Therefore, some cleaning machines wrap heating wires around the outside of the cleaning tank for temperature control. When the temperature rises, cavitation is more likely to occur. So the cleaning effect is quite good.
So, how do we determine the amount of the cleaning agent? Is it true that the more you have, the faster the cleaning effect will be achieved? When we are cleaning, it is best to ensure that the amount of cleaning agent reaches more than 100mm above the surface of the vibration element. This is because the ultrasonic cleaning machine is affected by the thin field, and too much or too little cleaning can easily cause uneven cleaning. Therefore, to achieve the best cleaning effect, the items should be placed at the amplitude of the wave.
In addition, we should also choose the appropriate cleaning agent based on different materials. After all, some cleaning agents may be the most suitable for cleaning machines, metal materials, etc., while others are only suitable for plastic and other sub-products. Often, buying the wrong cleaning machine is also one of the reasons for not cleaning thoroughly. Therefore, we should also pay attention to this issue when purchasing.