EXAIR’s Super Air Nozzle with Outer Diameter (O.D.) Thread delivers the same award winning high performance as our Super Air Nozzles but has external 3/4 - 32 threading that is engineered to directly attach to our Soft Grip and Heavy Duty Safety Air Guns. They are ideal for a wide range of blowoff, drying and cooling applications. The aerodynamic design of this engineered Super Air Nozzle directs the air to a single point of convergence, can cut the noise level in half. All Super Air Nozzles eject compressed air through holes located in recessed grooves that cannot be blocked or dead ended.

Applications

Part cleaning
Chip removal
Liquid blowoff
Part cooling
Material conveying
Part ejection
Fiber conveying
Air assist

Advantages

Reduced compressed air cost
10 dBA average noise reduction
Conserve compressed air
Improved blowoff performance
Compact
Improved safety
Meets OSHA noise level requirements
Meets OSHA pressure requirments
Improved production

Materials

Zinc Aluminum alloy - general purpose applications. Max temp 250°F (121°C).

Type 316 Stainless Steel - high temperatures, corrosive environments, and mechanical wear. Max temp 1000°F (538°C)

PEEK Plastic - replaces metals in harsh environments. Offers chemical resistance and is non-marring. Max temp 320°F (160°C).

Specifications

Performance

How It Works

Dimension & Airflow Pattern

Performance

Super Air Nozzle Performance
Air Consumption		Force*		Sound Level
SCFM	SLPM	Ozs	Grams	dBA
14	396	13	368	74
*Force measured at 12" (305mm) from target Sound level measured at 3' (914mm) All measurements taken at 80 PSIG (5.5 BAR)

How It Works

How EXAIR Air Nozzles Work

Air Nozzles use the Coanda effect to amplify compressed airflow up to 25 times or more. Compressed air is ejected through a series of nozzles on the outer perimeter. As the air travels along the outer wall of the nozzle, surrounding air (blue arrows) is entrained into the stream. The airstream that results is a high volume, high velocity blast of air at minimal consumption. The air is always ejected so it can vent safely, well below OSHA dead end pressure requirements, should the nozzle end be blocked.