Ultrasonic Eddy Current Spray Coated Nozzles 110Khz Atomization Perovskite Solar Cells Application
Description:
The vortex type ultrasonic atomizing nozzle system uses the unique cavity design of FUNSONIC and the fast rotating airflow to produce a wide and stable spray beam. By adjusting the distance between the atomizing head and the workpiece, the vortex nozzle can produce a conical spray beam with adjustable diameter.
The principle of vortex ultrasonic atomization nozzle is to inject a small amount of air or gas into the tail of the ultrasonic nozzle, and the gas will circulate inside and force the liquid droplets to diffuse outward. By adjusting the gas flow, liquid flow and probe amplitude, a wide spray mode can be obtained. This attachment is very suitable for coating large areas with a small amount of liquid flow and providing a uniform coating on the substrate.
The vortex type nozzle utilizes an air shield to generate a wide patterned "vortex like" dispersion, which is very suitable for coating flat objects such as PEM (fuel cells) and solar cells. Compared to other types of nozzles, vortex type nozzles spray more evenly on curved surfaces.
Parameters:
| Model | FSW-1108-L | | Name | 110Khz Cyclone Cone Ultrasonic Nozzle Atomization | | Frequency | 110Khz | | Atomized particle size range(μm) | 15-28 | | Spray width(mm) | 50-100 | | Spray flow(ml/min) | 0.5-12 | | Spray height(mm) | 50-200 | | Liquid viscosity (cps) | <20 | | Particle size (μm) | <5 | | Diversion pressure (Mpa) | <0.15 | | Application | Suitable for flat object spraying |
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Characteristics and Advantages:
1. High precision droplet control: The vortex type ultrasonic nozzle provides high-precision droplet control capability. By adjusting the frequency and amplitude of ultrasonic vibration, precise adjustment of droplet size can be achieved. This is very important for applications that require a specific range of droplet sizes, such as nebulization in the pharmaceutical field.
2. No need to add compressed air: Compared to traditional nozzles, vortex type ultrasonic nozzles do not require additional compressed air to generate atomization. This reduces energy consumption and system complexity, and can also lower operating costs.
3. Low noise operation: Eddy current ultrasonic nozzles typically operate at lower noise levels. This is very beneficial for applications that require a quiet operating environment, such as laboratory research or medical equipment.
4. Corrosion resistance: Eddy current ultrasonic nozzles are usually made of corrosion-resistant materials to meet the spraying requirements of various liquids and chemicals. This enables the nozzle to have good durability and stability in applications with corrosive liquids.
5. Self cleaning ability: Due to the effect of ultrasonic vibration, the vortex type ultrasonic nozzle can clean the nozzle on its own, preventing blockage and accumulation. This helps to improve the reliability and stability of the nozzle, reducing the need for maintenance and cleaning.
6. Customizable design: Eddy current ultrasonic nozzles can be customized according to specific application requirements. The geometric shape of the nozzle, ultrasonic vibration parameters, and the design of the eddy current device can all be adjusted according to specific requirements to meet customer needs.
The development and application of vortex type ultrasonic nozzles are constantly increasing, with advantages such as high efficiency, precise control, low energy consumption, and low noise, making them an important choice for atomization and spraying technology in many industries and fields. Whether in industrial production, scientific research, or medical fields, vortex type ultrasonic nozzles provide high-quality and reliable atomization solutions for many applications.
Ultrasonic Eddy Current Spray Coated Nozzles 110Khz Atomization Perovskite Solar Cells Application
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