Ultrasonic atomizer

Ultrasonic atomizer is different from traditional atomization that relies on pressure and high-speed motion to crush liquid into small particles. Ultrasonic atomization uses high-frequency ultrasonic vibration energy to atomize liquid. The liquid can be delivered to the spray head through its own gravity or low-pressure pump to achieve continuous or intermittent spray

Ultrasonic spray (atomization) is the use of ultrasonic energy to disperse water or liquid to form several μ m to more than 100 μ m small particles, which are used for air humidification, liquid granulation, mixing, promoting chemical reaction, spraying, metal melt pulverization and other purposes.

　　

The power source of high-power ultrasonic atomization humidification technology is a high-power ultrasonic longitudinal transducer. The whole machine consists of an ultrasonic transducer, a variable amplitude rod, a transmitting head, and a driving power supply. The transducer drives the transmitter to vibrate at high frequency, exerting ultrasonic force on water or other liquids, breaking the flowing liquid into fine particles and spraying them into the air, so as to achieve the purpose of spray (atomization). Its characteristics are low operating frequency and high power; High atomization efficiency, the atomization amount of a single transducer can be large or small, and the maximum atomization amount of a unit can exceed 100L/h; There are no restrictions on the medium, and even sewage, chemical liquids, and oil slime can be atomized. No pressure, no noise, no nozzle wear and blockage issues. Low energy consumption and small unit size; The atomization amount can be adjusted freely, making it suitable for industrial applications. By combining, the atomization amount can meet any user's requirements.

　　

The ultrasonic spray system has also been replaced by the traditional pressure spray system, which is widely used in various industrial processes and R&D, especially in the field of micro coating and spraying. The fog generated by the ultrasonic spray system is more accurate, easier to control and more environmentally friendly.

　　

The ultrasonic atomizer also has a prominent advantage, it can work at high temperatures, with temperatures exceeding 500 ℃. So it can be used for metal powder production, with a simple process and high efficiency. Through the different design of spray head, it can adapt to various milling requirements. It is possible to achieve both fast and simple small-scale powder production in the laboratory and large-scale industrial powder production on the production line.