Snap Hook

The RJS Safety Snap Hook (Part Number 140004) is a harness-end snap hook designed for secure clip-in attachment in fall protection and safety harness systems. Constructed from steel with a zinc-plated finish, this snap hook features a 2-inch slit opening to accommodate various harness webbing widths while maintaining reliable connection under load. The zinc plating provides corrosion resistance in outdoor and marine environments, making it suitable for water-based applications, industrial work, and high-moisture conditions where rust prevention is critical.

The 2-inch slit design balances ease of attachment with secure engagement—wide enough to slip over webbing quickly but engineered to maintain positive grip once seated. Steel construction ensures the snap hook withstands repeated opening and closing cycles without deformation, while the zinc-plated finish resists saltwater spray, humidity, and environmental corrosion that degrades unprotected fasteners. Weighing just 0.18 pounds with compact dimensions (3.05 x 0.5 x 5.1 inches), this snap hook adds minimal bulk to harness systems while delivering the load-holding strength required for safety-critical applications.

This snap hook is specified for users who need reliable harness attachment in demanding environments—commercial fishing, offshore boating operations, industrial fall protection, and rescue applications. The corrosion-resistant zinc plating makes it particularly valuable in saltwater and coastal settings where standard steel fasteners corrode quickly. Whether integrating into a new harness assembly or replacing worn connection points, the RJS Safety snap hook provides verified performance in safety-critical systems where connection failure is not an option.

RJS Safety manufactures safety equipment engineered to meet or exceed industry standards for fall protection and personal safety systems. The snap hook's proven design and material specifications reflect the brand's commitment to equipment that performs consistently in high-risk environments where human safety depends on reliable hardware.