Ultrasonic Spraying Draying System Spray Nebulizer Nozzle

Hangzhou Shengtu Technology Co., Ltd. is one of the leading manufacturers and suppliers of ultrasonic spraying draying system spray nebulizer nozzle in China. Welcome to buy high quality customized products at low price from our factory. Contact us for more details.

Ultrasonic Spraying‑Drying System Nebulizer Nozzle adopts advanced ultrasonic atomization technology. High‑frequency ultrasonic vibration generates sound waves, which break down liquid solution into fine droplets at the nozzle tip. These droplets are ejected at high velocity in a uniform pattern to realize effective atomization for spraying operations.

This nebulizer nozzle for ultrasonic spray‑drying systems supports a wide range of liquid feedstocks, including water‑based, oil‑based and high‑viscosity fluids. It enables coating‑thickness control down to the micrometer level, making it well‑suited for demanding application scenarios. It has become an essential spraying option within modern manufacturing processes.

1. Liquid Properties

A liquid's physical and chemical characteristics are key determinants of an atomizer's atomization performance, primarily including viscosity and surface tension. For liquids mixed with solid powders, solid content concentration and solid particle size also play a vital role in atomization quality. In practical application, higher liquid viscosity hinders the formation of fine droplets. Similarly, greater surface tension makes liquid atomization more difficult. Higher solid content and larger solid particle sizes will also impair atomization uniformity and effect, making it harder to produce fine, evenly dispersed droplets.

2. Nozzle Size and Structure

The ultrasonic nozzle serves as the core component of the ultrasonic spraying system. Its operating frequency and structural design directly govern the overall atomization performance. As a general rule, higher nozzle frequency produces finer atomized droplets but comes with a relatively lower atomization capacity. In addition, different nozzle structural designs deliver distinct atomization capabilities and spraying effects, including variations in spray width, spray shape and droplet distribution.

3. Spray Speed (Liquid Supply Flow Rate)

Spray speed, which corresponds to the liquid supply flow rate, significantly influences ultrasonic atomization results. Each ultrasonic nozzle has a definite atomization limit adapted to different liquid media. Within the rated working range, fine and complete droplet atomization can be stably achieved by adjusting the nozzle operating power. However, once the liquid supply flow rate exceeds the nozzle's maximum atomization capacity, the liquid cannot be fully atomized, resulting in uneven particle sizes and incomplete atomization. In this case, reasonably reducing the spray speed and controlling the liquid supply flow rate is essential to ensure qualified atomization effects.

20-200Khz Ultrasonic Spray Nozzle

 

FocusMist Nozzle

Scattering Nozzle

ConeMist Nozzle

WideMist Nozzle

MicroMist Nozzle

Penetrator Nozzle

 

 

 

 

 

 

Hot Tags: ultrasonic spraying draying system spray nebulizer nozzle, China ultrasonic spraying draying system spray nebulizer nozzle manufacturers, suppliers, factory, Basic Ultrasonic Precision Sprayinng Machine, 110V Ultrasonic Perovskite Cell Coating For Large sized Perovskite Photovoltaic Device Spraying, Ultrasonic Float Glass Functional Coating 60Khz, Ultrasonic Film Spray Coater For Battery Electrodes With Various Nozzles, Ultrasonic Spray Coating Machine, Ultrasonic Atomization Spray Coating Equipment