Atomized Nozzle Range
Atomized nozzles create a fine mist by mixing liquid and compressed air, which is required when uniform droplet size and low liquid pressure are needed for cooling, humidification, or dust suppression in industrial processes.
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Every Atomized Nozzle We Carry
Who It Is For
Buyers Who Specify This Range
- Process engineers specifying misting systems for high-temperature environments like wax or cement plants
- Maintenance teams replacing worn or inefficient nozzles in dust suppression or cooling lines
- Facility managers installing humidification or disinfection systems in industrial workshops
- OEMs building machines that require adjustable mist output across different operating modes
- Operators in ceramic, metallurgical or injection molding factories needing reliable, long-life misting components
Problems It Solves
What Goes Wrong Without It
- Coarse spray from pressure-only nozzles leads to uneven coverage and poor absorption in humidification or cooling applications
- High liquid pressure requirements increase pump load and energy use without improving atomization
- Nozzles that cannot adjust flow rate require multiple sizes for different process stages
- Inconsistent droplet size causes wet spots or dry patches in coating, cooling, or disinfection zones
- Frequent clogging in viscous or particulate-laden liquids when using non-mixed or poorly designed atomizing systems
Core Advantages
Why This Range Holds Up in Service
- Inner mixed type design enables very fine atomization, suitable for a wide range of operating conditions
- External mixed type option available for higher viscosity liquids that are difficult to atomize
- Adjustable liquid flow rate allows output tuning without changing nozzle body or air pressure
- Air inlet and liquid inlet clearly marked with labels or symbols to prevent incorrect installation
- Operates with or without liquid pressure—can use siphon or gravity feed modes to reduce system complexity
- Spray distance up to 3 meters allows flexible mounting and coverage in large or open areas
Stainless steel hydraulic fitting with knurled nut and ball tip
Application Scenarios
Where This Range Is Installed
- Humidification in high-temperature wax or ceramic production lines where fine droplets prevent surface defects
- Dust suppression in cement or metallurgical plants using low liquid pressure and high air pressure
- Cooling of hot parts or surfaces in injection molding or metal processing where rapid evaporation is needed
- Disinfection in industrial workshops where a consistent, fine mist ensures full surface coverage
- Misting systems in large open areas where long spray reach and low maintenance are required
Questions Buyers Ask
Atomized Nozzle Questions
What type of atomizing nozzle should I use for viscous liquids?
For viscous liquids, choose the external mixed type. It is designed to handle higher viscosity fluids more effectively than the inner mixed type.
Can I adjust the spray output without changing the air pressure?
Yes. The adjustable air atomizing nozzle allows you to change the liquid flow rate independently, so you can fine-tune the spray output without altering the air pressure.
Do I need liquid pressure to operate this nozzle?
No. The air atomizing nozzle can operate without liquid pressure. It supports siphon and gravity feed modes, which reduce the need for high-pressure pumps.
How do I know which inlet is for air and which is for liquid?
The nozzle body has clear markings: 'LIQUID' or 'L' for the liquid inlet, and 'AIR' or 'A' for the air inlet. These are labeled on the body to prevent incorrect connections.
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, so you can test the spray pattern and flow adjustment in your process before committing.
Get a Atomized 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.