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Flow: 396 l/min
Pressure: 5.5 bar
Media temperature: 538, 160, 121 °C
... Overview
Engineered Coanda-based compressed-air
nozzle that concentrates airflow to a
single point for efficient blowoff, drying and cooling. Recessed grooves eject compressed
air through multiple ...
EXAIR
Orifice diameter: 33 mm
Flow: 139 l/min
Media temperature: 160 °C - 538 °C
... assist
Advantages
- Reduced compressed air consumption
- Approx. 10 dBA average noise reduction vs. conventional devices
- Conserves compressed air while improving blowoff performance
- Compact
EXAIR
Flow: 235 l/min
... Overview
EXAIR's Nano Super Air
Nozzle™ delivers a highly focused, forceful blast of airflow. The air pattern for this small
nozzle measures 1.5" in diameter at 6" from the surface. The noise level is a low ...
EXAIR
Flow: 283 l/min
Media temperature: 538, 121, 160 °C
... Overview
The 1/8 NPT Mini Super Air
Nozzle™ delivers a concentrated, high‑velocity airstream for industrial blow‑off and cleaning tasks. With fewer orifices than larger Super Air
Nozzles, it reduces sound and ...
EXAIR
Flow: 368 l/min
... b>
- Stay Set Hose - flexible hose with memory to position and hold nozzle aim; ideal for frequent repositioning
- Swivel Fittings - allow adjustment of nozzle aim (approx. ±25°) to optimize blowing angle
EXAIR
Flow: 71 l/min
... conveying
Advantages
- Lower compressed air consumption compared to conventional nozzles
- Approx. 10 dBA average noise reduction
- Concentrated
EXAIR
Orifice diameter: 0.2 mm
Flow: 368 l/min
Pressure: 5.5 bar
... at 80 PSIG (5.5 BAR).
How it Works (summary)
The
nozzle uses the Coanda effect to entrain surrounding air, amplifying compressed
air flow up to 25× or more. Compressed
air is ejected ...
EXAIR
Flow: 991 l/min - 13,026 l/min
Pressure: 5.5 bar
... focus airflow to a
single convergence point to concentrate force and reduce noise compared to typical blowoffs.
Technical specifications
- Brand: EXAIR
- Product family / series: Large Super Air Nozzle™
- Available
EXAIR
Orifice diameter: 6.3 mm - 406 mm
Flow: 127 l/min - 1,614 l/min
Media temperature: 538 °C
... diameters 2"–16" (51–406 mm)
How It Works (summary)
Nozzles use the Coanda effect to amplify compressed airflow up to 25× or more. Air is ejected from an annular
ring of outlets angled to form a ...
EXAIR
Flow: 622 l/min
Pressure: 5.5 bar
... >
How It Works
Air
Jets utilize the Coanda effect (wall attachment of a high velocity fluid) to produce air motion in their surroundings. A small amount of compressed
air is throttled through an internal
ring ...
EXAIR