Ultrasonic cleaning is based on the unique physical effect of "cavitation effect" when ultrasonic waves propagate in cleaning liquid media. The "cavitation effect" produces microscopic strong shock waves and high-speed jets, which act on the surface of the object to be cleaned, so that the dirt can be quickly broken and separated, and a high-quality and efficient cleaning effect can be achieved.
Tens of thousands of times of negative pressure expansion and positive pressure intense compression blasting of ultrasonic waves per second have blown out countless "holes", and numerous microscopic shock waves have been generated at high frequency, prompting ultrasonic waves to penetrate into complex internal and external surface patterns, slits, deep holes, corners and blind spots. The cleaning ability and cleaning efficiency of the object to be washed are incomparable and irreplaceable by other methods.
According to the basic principle of ultrasonic cleaning, it is not difficult to know that ultrasonic wave can impact the surface of workpiece with the help of powerful shock wave generated by cavitation effect. Because rust is a substance that adheres to the surface of the workpiece and has a gap with the surface of the workpiece, it will quickly detach and peel off from the workpiece under the action of this high-strength impact and cleaning agent, making the surface of the workpiece look brand-new, so many factories now prefer ultrasonic cleaning technology to remove rust.
Ultrasonic cleaning machine is very skilled in dealing with rust and other dirt on metal surface, and its technology is perfect. It can not only remove and clean rust, but also take about ten minutes to complete. It is more efficient, energy-saving and environmentally friendly by relying on conventional traditional cleaning methods. Therefore, ultrasonic cleaning technology is mainly used in various fields for rust removal and cleaning.
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