In order to remove heavy oil, grease, and carbon deposits that are frequently present in engine and mechanical parts, a novel ultrasonic cleaning test was carried out on automotive metal components.
In the test, ultrasonic cavitation successfully penetrated intricate surface features like internal channels, threads, and grooves, where conventional cleaning techniques are frequently less successful.
The outcomes demonstrated a notable increase in cleaning effectiveness, with impurities being swiftly and uniformly eliminated without causing harm to the metal surface.
This test further confirms that ultrasonic cleaning is a highly efficient and reliable solution for automotive maintenance, repair, and component refurbishment applications.
