Air Atomizing Nozzle Range
Air atomizing nozzles create a fine spray by mixing liquid with compressed air, which is the method of choice when you need very small droplets for humidification, cooling, or dust suppression without relying on high liquid pressure.
Who It Is For
Buyers Who Specify This Range
- Maintenance engineers replacing or upgrading misting systems in cement or metallurgical plants
- Process engineers designing dust suppression or cooling systems for high-temperature operations
- Factory managers seeking low-pressure liquid delivery for humidification in ceramic or injection molding lines
- OEM builders integrating misting into machinery where space and pressure constraints exist
- Facility managers installing systems for disinfection or environmental control in industrial workshops
Problems It Solves
What Goes Wrong Without It
- Large droplets from pressure-only nozzles fail to evaporate quickly in high-temperature environments
- Dust control fails when the spray pattern does not cover the full cross-section of a moving material stream
- High liquid pressure systems require expensive pumps and piping, increasing maintenance and energy costs
- Nozzle clogging occurs when viscous liquids are used in standard pressure atomizing designs
- Inconsistent spray patterns lead to uneven cooling or humidification across a process line
Core Advantages
Why This Range Holds Up in Service
- Inner mixed type design enables very fine droplet formation, suitable for a wide range of operating conditions
- External mixed type design handles viscous liquids effectively, expanding application range
- Adjustable liquid flow rate allows spray pattern control without changing air or liquid pressure
- Two inlets clearly marked as LIQUID and AIR, reducing installation errors and ensuring correct connection
- Operates with or without liquid pressure—supports siphon and gravity feed modes for low-pressure applications
- Spray distance reaches up to 3 meters, reducing the need for multiple nozzle rows or high-pressure systems
Stainless steel hex nozzle with threaded connection and fine tip
Application Scenarios
Where This Range Is Installed
- Humidification in high-temperature wax or ceramic factories where rapid evaporation is required
- Dust suppression on conveyor belts carrying cement, coal, or metal powders in industrial plants
- Cooling of hot parts or surfaces in metallurgical or injection molding processes
- Disinfection sprays in manufacturing lines where fine droplets ensure even coverage without wetting
- Environmental air humidification in large indoor industrial spaces with minimal water usage
Industries
Plants That Run These Nozzles
Gas Scrubbing and Cooling
In gas scrubbing and cooling systems, the spray nozzle must maintain consistent droplet distribution across a wide flow range while resisting clogging
Application detail
Textile and Humidification
In textile workshops, maintaining consistent humidity is critical to prevent fibre breakage, static buildup, and uneven dye absorption. A nozzle that
Application detail
Related Guides
Background Reading Before You Specify
Questions Buyers Ask
Air Atomizing Nozzle Questions
What is the droplet size range for this air atomizing nozzle?
The nozzle can produce droplets as fine as about 30 micron under normal operating conditions, depending on air pressure and liquid flow settings.
Can I use this nozzle with low or no liquid pressure?
Yes. The air atomizing nozzle can operate in siphon or gravity feed mode, where liquid pressure is not required, making it suitable for low-pressure systems.
How do I choose between inner mixed and external mixed types?
Use the inner mixed type for fine atomization in low-viscosity liquids. Choose the external mixed type when handling higher viscosity liquids.
What are the inlet types and how are they marked?
The air atomizing nozzle has two inlets: one for liquid marked LIQUID or L, and one for air marked AIR or A. These are clearly labeled on the body.
Can I get samples before placing a full order?
Yes. Trial samples can be sent free of charge and samples can be ready within 10 days, allowing you to test the spray pattern and performance in your application.
Get a Air Atomizing Nozzle Sized for Your Line
Send the liquid, the pressure at the nozzle, the coverage you need and the thread on your header. Trial samples are free and can be ready within 10 days.