EXAIR Introduces New Corrosion and Heat Resistant Air Jets for Washdown Environments

Press Release Summary:

EXAIR’s 303SS Air Jets are available with 1/8 NPT 303 SS stainless steel construction. Units are designed in High Velocity and adjustable air jet styles. The air jets are rated to 400°F temperature and deliver force of up to 1.25 lb. The high velocity models produce maximum force with directed airstream whereas the adjustable air jet models enable user to control the air on the target. Units use Coanda effect for pulling in surrounding air to increase the volume of air impacting target area.


Original Press Release:

Stainless Steel Air Jets Resist Corrosion & Heat

EXAIR’s new 303SS Air Jets provide reliable and efficient blowoff and cleaning within corrosive, high temperature, or washdown environments. These 1/8 NPT Stainless Steel Air Jets replace open tubes and pipe nipples on parts cleaning, drying and cooling operations. With temperature rated up to 400°F, they will produce up to 1.25 pounds of force upon your target.

Available in two styles, the High Velocity Air Jet provides maximum force with a confined and directed airstream. The Adjustable Air Jet style allows you to easily control the air upon your target with its micrometer air gap indicator. EXAIR Air Jets utilize the Coanda effect to pull in the surrounding ambient air and increase the total volume of air impacting your target area. Both the outlet and inlet can be ducted for remote positioning.
Air Jets require a small amount of compressed air which can be less than half that of open air lines in your plant. Typical noise level reductions are 8-10 dBA. Stainless Steel Air Jets complement our complete line of engineered air nozzles which reduce energy use and noise levels while increasing safety. All EXAIR Air Jets and Nozzles meet OSHA static pressure requirements and CE safety standards.

For more information contact:

Pam Starrett

EXAIR Corporation
11510 Goldcoast Dr.
Cincinnati, OH 45249-1621

Phone: (800) 903-9247

Fax: (513) 671-3363

E-mail: techelp@exair.com

www.exair.com/ssaj.htm

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