Hy-ko Prod Co KC171 Plastic Key Snap with Split Ring

Product Description

The HY-KO PROD CO KC171 is a plastic key snap with an integrated split ring, designed for securing keys and small accessories to narrow belt loops, slender shoulder straps, and ring-style fasteners. Weighing just 0.03 pounds, it is a lightweight, low-profile solution built for everyday carry applications. The durable plastic construction resists corrosion and wear, making it suitable for repeated daily use. This type of hardware is commonly stocked by locksmiths, facilities managers, property managers, and general contractors who need reliable key control accessories in quantity.

The KC171 fits applications where a standard bulky key ring or metal snap is too large or too heavy. Common uses include attaching keys to uniform belt loops, equipment harnesses, bag straps, lanyards, and similar narrow anchor points. The carded packaging makes it suitable for retail display or individual distribution in key control programs. It is well-suited for both commercial facilities management and light-duty residential applications where compact key organization hardware is needed.

Key Features

• Plastic construction resists corrosion and is lightweight at 0.03 pounds
• Integrated split ring provides a secure attachment point for keys
• Low-profile design fits narrow belt loops and slender shoulder straps
• Carded packaging suitable for retail display or bulk key control distribution
• Compact dimensions of 2.75 inches wide by 0.5 inches tall by 0.12 inches deep

Compatibility

Designed as a general-purpose plastic key snap suitable for standard split-ring key hardware applications involving narrow belt loops, shoulder straps, and ring-style fasteners.

Installation Notes

No tools are required to attach the KC171 to a belt loop, strap, or lanyard anchor point. Open the snap mechanism, loop it through the target strap or belt loop, and close it securely before attaching keys to the split ring. Inspect the plastic snap periodically for stress cracks or deformation, especially in high-use environments, and replace if the locking mechanism no longer seats firmly.