Product features:
1, the box is made of stainless steel, chrome copper core atomization.
2, modular integration, single core can be independent replacement chip.
3, no mechanical operation, with the water level protection switch, running reliably.
4, the characteristics of high atomization efficiency, the overall size of the spray particles only 1~5μ, gasification efficiency of up to 100%.
5, with automatic replenishment \ water protection and water overflow function, optional drainage device and water softener device, can meet with the requirement of no dust pollution in the calcification.
6, with the power of the fan delay function.
7, according to the environmental humidity value for automatic control.

Ultrasonic Humidifier
How do ultrasonic humidifiers work?
Ultrasonic humidifiers use a piezo-electric transducer to create a high frequency mechanical oscillation in a body of water. The water tries to follow the high frequency oscillation but cannot because of its comparative weight and mass inertia. Thus, a momentary vacuum is created on the negative oscillation, causing the water to cavitate into vapour. The transducer follows this with a positive oscillation that creates high pressure compression waves on the water's surface, releasing tiny vapour molecules of water into the air. This is an extremely fine mist, about one micron in diameter, that is quickly absorbed into the air flow. Since the mist is created by oscillation, not heat, the water temperature need not be raised. Ultrasonic humidifiers, therefore, can create instantaneous humidity, and don't have to wait for a heating element to boil the water. This precise on/off humidity control is the hallmark of ultrasonic humidifiers. In addition, unlike wet pad humidifiers, ultrasonic units can be of comparatively small size, and still produce significant amounts of vapour.

Maximum energy saving uses up 93% less electricity than electric steam humidifiers with the same output.

The DYJ Series ultrasonic humidifiers from Humidifirst are designed for to be fitted inside air handling units and ventilation ductwork. Their unique discharge nozzles are reversible, allowing left or right sided access through existing ductwork. Patented discharge design allows for higher ducted air velocities (1.5 – 10 Meters/sec).