Guardair 64FAN Blow Gun Fan Attachment 22 Scfm 1/4 Npt

Product Description

The GUARDAIR 64FAN is a fan attachment for compressed-air blow guns, designed to convert a direct airstream into a broad, dispersed airflow pattern. Constructed from zinc, it threads directly onto 1/4-inch NPT blow gun inlets and delivers 22 Standard Cubic Feet Per Minute (SCFM) of airflow. At 2 inches in length and 0.5 pounds, the 64FAN is a compact, lightweight accessory suited for drying surfaces, clearing debris, or cooling components in shop and field environments. Installation requires no tools beyond a wrench to seat the NPT threads. It meets OSHA standards for compressed-air safety applications.

The 64FAN is intended for use in industrial, mechanical, and maintenance settings where a diffused air blast is preferred over a concentrated jet. Common applications include parts drying after washdown, clearing swarf from machined surfaces, and general-purpose shop ventilation assist. The fan nozzle replaces a standard blow gun tip and is well suited for technicians and maintenance professionals working with compressed-air systems in both production and service environments.

Key Features

• Fan-style nozzle disperses compressed air into a broad airflow pattern for surface drying and debris clearing
• 22 SCFM rated airflow output
• 1/4-inch NPT threaded inlet for direct blow gun mounting
• Zinc construction for durability in shop environments
• Compact 2-inch length adds minimal extension to existing blow gun
• Meets OSHA compressed-air safety standards

Compatibility

Designed for use with GUARDAIR Quiet Force 74GAA and U74AA blow guns.

Installation Notes

Installation is performed by a qualified maintenance technician or compressed-air system operator. Before attaching or removing the 64FAN, shut off the compressed-air supply and bleed any residual pressure from the line. Thread the 1/4-inch NPT fitting by hand until snug, then seat with a wrench. Do not overtighten zinc-body fittings, as the material is susceptible to thread damage under excessive torque.