Rubber Nozzle Assembly - S & G Tool Aid

The S & G Tool Aid 99402 Rubber Nozzle Assembly offers a practical and efficient solution for professional technicians and mechanics requiring integrated air blowing capabilities. This specialized in-line blow gun is engineered to mount directly between an air hose and coupler, streamlining workflow by eliminating the need to repeatedly disconnect air tools for cleaning or drying tasks. Its thoughtful design ensures consistent performance and compliance with safety standards in demanding workshop environments.

Key Features

• Integrated In-Line Design: Mounts permanently between your existing air hose and coupler, providing instant access to a blow gun without tool changes.
• Non-Marring Rubber Tip: Equipped with a durable rubber tip that creates a tight seal for effective blowing while preventing damage to sensitive surfaces or components.
• OSHA Compliant: Designed to reduce air line pressure to 30 PSI, ensuring safe operation in accordance with OSHA requirements.
• Durable and Lightweight Construction: Crafted for longevity and ease of handling during extended use in professional settings.
• Compact Form Factor: Its small and compact design allows for convenient integration into various air line setups.
• Standard Connections: Features 1/4" NPT Female inlet and 1/4" NPT Female outlet for broad compatibility with existing air systems.

Applications

This rubber nozzle assembly is ideal for a wide range of automotive and industrial applications where precision air blowing is required. Professional technicians can utilize it for quickly clearing debris from engine bays, drying components after cleaning, blowing out fluid lines, or detailing interior crevices. It is particularly beneficial for tasks requiring a non-marring contact point and controlled air pressure, such as cleaning sensitive electronic components or delicate finishes.

Specifications

• Connections: 1/4" NPT Female x 1/4" NPT Female
• Pressure Output: OSHA compliant 30 PSI (when air line pressure is reduced accordingly)