Air Atomizing Nozzles

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Air atomizing nozzles combine compressed air with a liquid stream to produce a controllable fine spray. Compare internal- and external-mix options for humidification, coating, cooling and process applications, then confirm liquid properties, air and liquid pressure, flow rate, droplet target, spray pattern, connection and material. Read the full engineering guide: Air Atomizing Nozzle Guide.


Choose an Air Atomizing Nozzle by Process Duty

Air atomizing nozzles use compressed air or gas together with a liquid supply to create a controllable fine spray. The correct model depends on the liquid, required output, available air and liquid pressure at the nozzle, feed method, spray pattern, duty cycle, material and connection. Use this category as the commercial product hub, then confirm the operating point against the selected model's published data before ordering.

Selection needProduct page to reviewConfirm before selection
Adjustable spray output and multiple pattern optionsAdjustable Air Atomizing NozzleLiquid, air and liquid pressure, target pattern, flow range, material and connection
Automatic on-off spraying for machine integrationA100 Atomizing Automatic Nozzle and Mini Spray GunCycle rate, on-time, control method, target distance, coverage and allowable overspray
Compact brass configuration for humidification dutiesBrass Air Atomizing Nozzle for HumidificationWater quality, supply pressures, target humidity result, installation space and maintenance access
Siphon-fed atomization for oil or lubrication serviceSiphon Air Atomizing Oil NozzleOil type and viscosity, feed height, available air, target output, spray angle and cleaning method
Independent gas and liquid control for automatic fine sprayingDK Automatic Fine Atomizing NozzleFluid properties, separate supply settings, actuation sequence, spray objective and duty cycle
Shutoff-focused fine misting configurationAnti Drip Misting Nozzle for High-Pressure SystemsRequired shutoff behavior, liquid pressure, filtration, connection and whether compressed-air atomization is required

Air Atomizing Nozzle Selection Checklist

Start with the required process result, not only the thread size. Send the following information so the nozzle and supply system can be reviewed together:

  • Liquid: name, concentration, operating temperature, viscosity and any suspended solids.
  • Required output: target flow per nozzle, minimum and maximum duty, and whether spraying is continuous or intermittent.
  • Utilities: available air pressure and capacity plus liquid pressure measured as close to the nozzle as practical.
  • Spray result: target pattern, coverage width or diameter, stand-off distance, droplet requirement and acceptable overspray.
  • Installation: connection standard and size, orientation, available space, number of nozzles and access for inspection.
  • Construction: preferred material, seal restrictions, corrosion conditions, filtration and cleaning method.

Where a value is not available, describe the process objective and current installation. Jeltecn can use a general engineering review to identify the next test or model data needed; final performance must still be validated under representative operating conditions.

Engineering Guides for Air Atomizing Systems

Request an Application-Specific Recommendation

For a useful quotation, include the liquid, target flow, available air and liquid supply, spray result, duty cycle, connection, material, quantity and a simple installation drawing or photo. Jeltecn is a registered nozzle brand of Melinco Precision Technology Co., Ltd.; model configuration and commercial terms are confirmed by the Melinco factory team against the submitted application data.

Send Your Air Atomizing Nozzle RFQ