Coilhose Pneumatics ST16 Blow Gun Safety Rubber Tip

Product Description

The COILHOSE PNEUMATICS ST16 is a safety rubber tip designed as a replacement or spare accessory for blow guns equipped with a 1/8 inch NPSM threaded tip. Constructed from rubber, it provides a compliant contact surface that reduces injury risk during air blowoff tasks. The tip measures 1 inch in length and threads directly onto compatible 1/8 inch NPSM blow gun nozzles. It is OSHA-compliant, making it suitable for use in any facility or shop environment where compressed air safety standards must be observed. Pneumatic technicians, maintenance mechanics, and industrial service professionals install this tip to keep blow guns in compliance with workplace safety regulations.

This safety tip is used in industrial, commercial, and light manufacturing environments wherever compressed air blow guns are in regular service. It is intended for use with 1/8 inch tip blow guns and is a direct thread-on accessory requiring no tools in most applications. Facilities requiring OSHA-compliant air blowoff equipment will install this tip to meet dead-end pressure safety requirements during routine cleaning and debris removal tasks.

Key Features

• OSHA-compliant safety rubber tip for compressed air blow guns
• Rubber construction provides a soft, low-injury contact surface
• 1/8 inch NPSM thread fits standard 1/8 inch tip blow guns
• 1 inch tip length suitable for typical blowoff tasks
• Sold individually for easy single-unit replacement

Compatibility

Designed for use with 1/8 inch tip blow guns using NPSM thread standard. Consult your blow gun documentation to confirm thread size and standard before ordering.

Installation Notes

Depressurize and disconnect the air supply line from the blow gun before removing or installing the safety tip. Thread the ST16 onto the 1/8 inch NPSM nozzle by hand until snug. Inspect the rubber tip periodically for cracking or deformation and replace as needed to maintain OSHA compliance. No special tools are required for installation under normal conditions.