Precision Ultrasonic Atomizing Spray Nozzle for Coating
Precision Ultrasonic Atomizing Spray Nozzle for Coating provides uniform nano-scale spraying. Our factory supplies reliable ultrasonic coating systems.
- High Precision Atomization
- High Material Utilization
- Clog-Free Operation
- Flexible Spray Control
- Stable Industrial Performance
Ultrasonic Atomizing Spray Nozzle for Coating Description
Precision Ultrasonic Atomizing Spray Nozzle for Coating is designed for high-precision ultrasonic spraying and uniform nano-scale deposition. As a professional manufacturer and supplier, we provide reliable ultrasonic coating equipment for laboratories and industrial production. This Ultrasonic Atomizing Spray Nozzle enables precise droplet control, reduced material waste, and stable clog-free operation. It is widely used in thin film coating, nano-material dispersion, solar cell processing, and biomedical device manufacturing, helping factories and distributors improve coating quality, efficiency, and production consistency.
Ultrasonic Atomizing Spray Nozzle for Coating Data Sheet
| Parameter | Specification |
| Product Name | Ultrasonic Atomizing Spray Nozzle |
| Spray Technology | Ultrasonic Atomization |
| Frequency Range | 20 kHz – 120 kHz (depending on model) |
| Droplet Size | 10 – 100 μm (adjustable) |
| Spray Pattern | Fan Spray / Focused Spray / Wide Spray |
| Nozzle Material | Titanium Alloy |
| Spray Width | Adjustable |
| Flow Rate | 0.1 – 50 ml/min |
| Liquid Type | Low-viscosity liquids |
| Power Supply | Ultrasonic Generator |
| Cooling Method | Air Cooling |
| Control Method | Digital Controller |
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Ultrasonic Atomizing Spray Nozzle for Coating applications
The Precision Ultrasonic Atomizing Spray Nozzle for coating is widely used for high-precision coating and ultrasonic liquid processing. It produces uniform micro-droplets and ensures stable spray deposition.
Typical applications include thin film coating, electronic component coating, solar cell processing, biomedical device coating, and nanomaterial dispersion. This technology is also suitable for carbon nanotube coating, transparent conductive coatings, anti-reflection coatings, and hydrophobic surface treatments in advanced manufacturing industries.n spraying.
