The principle of ultrasonic atomization spraying
Ultrasonic spray coating utilizes the piezoelectric effect to convert electrical energy into high-frequency mechanical energy, thereby atomizing liquids. By using ultrasonic high-frequency oscillation, liquids are atomized into uniform micrometer-sized particles. Compared to traditional pressure-based nozzles, ultrasonic spraying can achieve more uniform, thinner, and more controllable thin-film coatings, and is less prone to nozzle clogging. Since ultrasonic nozzles require only kilopascal-level micro air volume, there is almost no splashing during the spraying process, resulting in a paint utilization rate of over 90%.
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Since using this ultrasonic humidifier, my sinuses have finally cleared up, and the dry air in our home is a thing of the past. The fine mist is incredible and completely silent!
This is an absolute game-changer for my aromatherapy sessions. The diffusion is so consistent and the mist is so fine that my essential oils last much longer.
We integrated an ultrasonic atomization system for product cooling and the efficiency is night and day. The uniform moisture dispersion has significantly improved our process.
I was worried about hard water dust with other humidifiers, but the pure vapor from this unit leaves no white residue. It’s the easiest appliance to maintain.
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