Popular Ultrasonic Atomizers Atomizing Nozzles Atomizing Equipment Factory Workshop Machine

 Popular Ultrasonic Atomizers Atomizing Nozzles Atomizing Equipment Factory Workshop Machine

Specifications:

Principle:

The ultrasonic atomizer uses electronic high-frequency oscillation (beyond the range of human hearing, and the electronic oscillation is absolutely harmless to humans and animals). Water mist, without heating or adding any chemical reagents. Compared with the heating atomization method, the energy is saved by 90%. In addition, a large amount of negative ions will be released during the atomization process, which will react electrostatically with the smoke and dust floating in the air to precipitate them. At the same time, it can effectively remove harmful substances such as formaldehyde, carbon monoxide, bacteria, etc., so that the air can be purified. Reduce the incidence of disease.

Applications:

Using ultrasonic directional pressure, the surface of the liquid is raised, and cavitation occurs around the raised liquid surface, so that the liquid is atomized into aerosol of small molecules.

1. The drug molecules can directly enter the capillaries or alveoli through the aerosol to achieve therapeutic effect. Its unique design, transparent water tank, can see the working process.

2. Using high-quality ultrasonic transducers, disposable medicine cups, containing tools; has the functions of medical treatment, humidification, oxygen bar and beauty; can enhance the quality of the air.

Competitive Advantage:

1. High coating uniformity

The uniformity of the liquid particle distribution after atomization by the ultrasonic nozzle is significantly higher than that of the two-fluid nozzle, which is commonly known as the air spray gun, so the uniformity of the coating after spraying by the ultrasonic nozzle is also significantly improved.

2. High utilization rate of raw materials and less splash

Since ultrasonic spraying is liquid atomization through ultrasonic oscillation, the process of coating being atomized does not require any gas, that is, the atomization process does not require pressure, and only a very low carrier gas pressure is applied after atomization to transport the liquid mist. The liquid rebound and splash caused by the high-pressure air of the two-fluid spraying are greatly reduced, thereby greatly improving the utilization rate of the paint.

3. High precision coating thickness control

The main factor that affects the accuracy of coating thickness is the spray flow of the coating, that is, the amount of material loaded on the substrate per unit time. The ultrasonic nozzle does not have any pressure effect on the liquid, so the flow rate of the sprayed paint liquid can be completely controlled by the high-precision metering pump, thus realizing the high-precision spraying flow control.

4. The coating thickness is thin, which can reach tens of nanometers

Since the spray volume of the ultrasonic nozzle can achieve a very low steady flow (0.001ml/min), it can achieve very little load on the substrate, resulting in a very thin dry film. For some nanomaterials, the dry film thickness can be as low as tens of nanometers.

5. No clogging of the nozzle, low maintenance cost

Because the ultrasonic nozzle realizes the liquid atomization through ultrasonic oscillation, and the atomized particles are determined by the ultrasonic oscillation frequency, so it is different from the two-fluid nozzle. risk of nozzle clogging.

Picture: