What parameters to consider in choosing an ultrasonic cleaner?

Regular use of metals and plastics can result in dullness in look, over time. Many of us by now have realized that regular cleaning tools have a limit to their effectiveness with regards to these materials. To restore them to their initial shine, there is a need for an ultrasonic cleaner, and to understand the process of how this machine works, one must go a step further.

Every ultrasonic cleaner function based on the process of cavitation, which is the creation of bubbles that aids the cleaning process. When choosing an ultrasonic cleaner, picking the right frequency wave suitable for the particular material is paramount. This parameter is of great importance because using the wrong frequency could lead to irreparable damage. Determining the right frequency can be complicated but generally, more sensitive materials require a higher frequency and vice versa.

The volume of the cleaning liquid better known as the bath liquid is directly proportional to the ultrasonic power. This parameter, expressed in Watts per liter, is a determinant of the level of the cleaning application. The greater the ultrasonic power, the greater the intensity of cavitation. Therefore you should aim for an ultrasonic cleaner with high ultrasonic power.

Temperature and viscosity are two factors on which the efficiency of an ultrasonic cleaner is highly dependent. Viscosity has to do with the density of a liquid and generating optimal cavitations requires minimal viscosity. This is where temperature comes into play, the higher the temperature, the lower the viscosity. In other words, an increase in temperature will cause a dense liquid to become more fluid. Temperature is the most important parameter in an ultrasonic cleaner because it not only affects viscosity and fluid pressure but also the solubility of the gas in the liquid.

This brings us to the final parameter. The quantity of gas in the cleaning liquid should be as minimal as possible. It is advisable to degas the liquid in order to ensure optimal cavitations and effective cleaning.

Once all the above-listed parameters are met, you can rest assured that the device will be of utmost efficiency. Luckily, many ultrasonic cleaners offer these benefits so finding the right one for you will not be a hassle.  Be aware that the ultrasonic cleaner takes away dents and dust, it does not sterilize these materials. The ultrasonic cleaner is suitable for various metals, glass, and plastic, this device is a must-have for individuals as well as businesses.