Air Nozzle Series

Air Nozzles

Air Nozzles direct and control compressed air for blow-off, drying, and debris removal in industrial environments.

• Browse Air Nozzles by spray angle, flow capacity, and connection size.
• Choose materials (brass, 316L stainless, PVDF, polypropylene) to match chemicals, temperature, and wear.
• Use spray geometry to set nozzle spacing/overlap and hit coverage, impact, or droplet-size goals.
• Compare popular series: NPTB, NP727.
Air Nozzles
Spray Pattern Air Blow-Off
Available SKUs 56 Products
Quality Industrial Grade
Shipping Ships Fast

56 Products

Air Nozzles

Guide

Air Nozzles: Overview & Selection Tips

Air Nozzles direct and control compressed air for blow-off, drying, and debris removal in industrial environments.

Popular series in this family: NPTB, NP727.

Common applications

  • Drying & blow-off
  • Chip removal
  • Debris clearing
  • Cooling with air
  • Parts cleaning

How to choose Air Nozzles

  1. Start with required flow per nozzle and your operating pressure at the nozzle.
  2. Select spray angle to hit the target width at your mounting distance (spray width ≈ 2 × distance × tan(angle ÷ 2)).
  3. Choose the nozzle style and series that fits your mounting, clog-resistance, and droplet/impact goals.
  4. Confirm inlet size (NPT) and select materials compatible with chemicals, temperature, and wear.
  5. Use strainers/filters where water quality or debris can cause plugging.

Related application collections

Cleaning & Washing | Pressure Washing Spray Nozzles | Humidification & Conditioning | Coating & Surface Treatment

Features & Benefits

What makes the Air Nozzle series stand out

- Directed compressed-air blow-off for drying and debris removal
- Air patterns available as straight jets or fan-style blow-off (by series)
- Engineered designs can reduce noise and air use versus open pipe (model-dependent)
- Metal and plastic options to match your environment

How to choose

How to choose the right Air Nozzle nozzle for your application

Use this collection to compare air nozzles (also searched as air nozzles, air blow-off nozzles) by spray angle, flow, pressure, and connection size.
Start with your goal: coverage width, impact/cleaning force, or droplet size.
Sizing tip: spray width at the target is approximately 2 × distance × tan(spray angle ÷ 2). Use this to set nozzle spacing and overlap.
Always verify flow at your operating pressure and confirm coverage on your target.
Finally, choose materials (brass, 316L stainless, PVDF, polypropylene) and add strainers/filtration where clogging is a risk.

Frequently Asked Questions

Common questions about the Air Nozzle series

What is the Air Nozzles series used for?
Air Nozzles direct and amplify compressed air for drying, cooling, debris removal, and blow-off. Engineered designs reduce noise and air consumption by 30–50% compared to open pipes.
How much air can Air Nozzles save?
Engineered air nozzles cut consumption 30–50% versus open pipes while maintaining or improving effectiveness. Air amplification entrains surrounding air, increasing total flow without additional consumption.
What applications use Air Nozzles?
Part drying after washing, chip/debris removal from machined parts, cooling hot products, ejecting parts from molds, and conveyor cleaning. They replace noisy, wasteful open-pipe blow-offs.
Are Air Nozzles OSHA compliant?
Properly designed models meet OSHA requirements for dead-end pressure (below 30 PSI when blocked) and noise levels. They provide safer alternatives to open pipes that often exceed safety standards.
What materials are available?
Engineered plastics (ABS, acetal) for general use, stainless steel for food processing and high temperatures, aluminum for lightweight installations. Select based on environment and durability needs.
What series are similar to Air Nozzles?
Related air control options include NPTB, NP727—compare by force, noise level, and air consumption.

Need Help Selecting the Right Nozzle?

Our engineering team is ready to help you find the perfect spray solution for your application.