Sonosys Ultrasonic Spray Nozzle

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basic information

Typically, when creating fine particles, pressurization is necessary. Alternatively, a method using two fluids, known as a two-fluid system, is commonly used to break down liquids. However, if the particles have too much velocity, the liquid may scatter, creating a poor environment. To improve this, ultrasonic spray nozzles are often used. Features: - Can supply liquid without pressurization, resulting in low power consumption (lower energy costs) - Uniform atomization regardless of flow rate from minimum flow - Particle size remains relatively consistent across the entire flow range - Resistant to clogging, enhancing workplace safety - Due to the slow self-velocity of the particles, coating efficiency is high - Operating frequency ranges from 45 to 100 kHz (varies by model) - Average particle diameter is approximately 20 μm to 40 μm (note: not a volume average)

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Applications/Examples of results

- Development liquid spray for silicon, semiconductor wafers, ceramic substrates, etc. - Coating of blood collection tubes with condensates and anti-condensates - Coating on plates and glass - Coating of resin and flux on printed circuit boards - Coating on non-woven fabrics (such as wipes and masks) - Coating on medical products (proteins, antibodies, silicone, lubricants) - Application of pharmaceuticals - Humidification - Surface disinfection (alcohol application) - Disinfection spray for sterile packaging - Continuous coating on parts on a conveyor (lubricant application) - Application of fragrances, seasonings, etc. on products - Adhesive solvents - Fuel cell manufacturing

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