Standard Force Air Nozzles

EXAIR's Micro Air Nozzle™ optimizes entrainment for a directed, high volume, high velocity airflow. The compact size permits mounting where space is limited. Sound level and air consumption are low. Available in Type 303 stainless steel.

The Micro Air Nozzle™ with Stay Set Hose includes EXAIR's Flexible Stay Set Hose for applications where frequent repositioning is required. EXAIR's Micro Air Nozzle optimizes entrainment for a directed, high volume, high velocity airflow. The compact size permits mounting where space is limited. Sound level and air consumption are low.

EXAIR's Micro Air Nozzle™ optimizes entrainment for a directed, high volume, high velocity airflow. The compact size permits mounting where space is limited. Sound level and air consumption are low. The Micro Air Nozzle with Stay Set Hose and Magnetic Base includes EXAIR's Flexible Stay Set Hose for applications where frequent repositioning is required and a One or Two Outlet Magnetic Base for firm attachment to metallic machinery.

EXAIR's Adjustable Air Nozzles are suitable for a wide variety of blowoff applications. The design allows you to "tune in" the force and flow to the application requirements, thereby minimizing air consumption. Available in aluminum or 303 stainless steel.

EXAIR's Adjustable Air Nozzles are suitable for a wide variety of blowoff applications. The design allows you to "tune in" the force and flow to the application requirements, thereby minimizing air consumption. A micrometer-like dial indicates the gap setting. The Adjustable Air Nozzle with Stay Set Hose includes EXAIR's Flexible Stay Set Hose for applications where frequent repositioning is required.

The Adjustable Air Nozzle with Stay Set Hose and Mag Base includes EXAIR's Flexible Stay Set Hose for applications where frequent repositioning is required and a One or Two Outlet Magnetic Base for firm attachment to magnetic surfaces. EXAIR's Adjustable Air Nozzles are suitable for a wide variety of blowoff applications. The design allows you to "tune in" the force and flow to the application requirements, thereby minimizing air consumption.