There can be significant variations in the connections, which may be of considerable importance when powering equipment such as parts washers.

In the blog The Effect of Temperature on Ultrasonics, temperature was identified as a major variable in ultrasonic cleaning due to the impact it has on many physical properties of liquids.  This blog addresses the effect that chemistry has on the physical properties of liquids and the resulting effect on ultrasonics.  Most ultrasonic cleaning utilizes chemistry … Continued

  The blog The Effects of Liquid Properties on Ultrasonic Cleaning discussed what effect(s) liquid properties might have on ultrasonic cleaning effectiveness.  These are summarized here – – Many physical properties are inherent to the liquid.  De-ionized water, for example, due to its very high surface tension and tensile strength (as a result of its lack of impurities) is difficult … Continued

The physical properties of liquids have a significant effect on their ability to cavitate and produce imploding cavitation bubbles useful for ultrasonic cleaning.  Since other factors including temperature and chemistry can have an effect on the physical properties of liquids, these, too, play a significant role in ultrasonic cleaning.  This blog explores the effect that a number … Continued

The notion persists that more power is better in ultrasonic cleaning applications.  In the past, this may have been an absolute as the amount of power available was often limited by the limitations of the equipment that was available.  As we discussed in a recent blog however, today’s ultrasonic equipment is no longer limited in power … Continued

A previous blog discussed the ramifications of contaminant loading on cleaning.  This time let’s look at the long term effects on cleaning chemistry.  In lab testing, the ability of chemistry to withstand extended use is often not challenged.  Chemistry is prepared and used for short term cleaning trials to verify the cleaning process.  In long … Continued