Apex Tools Group T7616402 Swivel Trigger Snap 3/8 in Zinc

Product Description

The APEX TOOLS GROUP LLC T7616402 is a 3/8 inch round swivel trigger snap with a zinc finish, designed for secure and reliable clip-on connections in rigging, tethering, and hardware applications. The swivel action allows the snap to rotate freely, reducing line twist during use. Rated at a working load limit (WLL) of 30 pounds, this snap is suited for light-duty fastening tasks where positive closure and smooth operation are required. It ships tagged with load information for compliance and jobsite reference. Licensed tradespeople and general contractors frequently specify this type of hardware for tool lanyards, equipment tie-offs, and accessory attachment points.

This snap is packaged in units of 10 and is appropriate for use in residential and commercial construction, maintenance, and trade applications where a compact, zinc-finished trigger snap is needed. The round body profile accommodates standard D-rings, loops, and anchor points. Its zinc finish provides a baseline level of corrosion resistance for indoor and sheltered outdoor environments.

Key Features

• Working load limit (WLL) of 30 pounds for light-duty tethering and fastening
• Swivel action reduces line twist and improves range of motion
• 3/8 inch round body fits standard D-rings and anchor loops
• Zinc finish provides corrosion resistance in sheltered environments
• Ships tagged with load rating for compliance reference
• Packaged in quantities of 10 for multi-unit jobsite use

Compatibility

Designed as a standard 3/8 inch round swivel trigger snap suitable for general-purpose tool lanyards, tethering lines, and light-duty rigging hardware applications.

Installation Notes

Installation requires no tools — the trigger snap clips onto compatible anchor points by hand. Always verify the anchor point and connecting hardware are rated at or above the WLL of 30 pounds before placing the snap in service. Do not exceed the stated working load limit. Inspect the snap body and trigger mechanism for wear or deformation before each use.