Key Features The KStrong® 6 ft. Twin Leg 100% Tie-Off Elasticated Shock Absorbing Lanyard is the perfect choice for workers who demand safety, flexibility, and durability in high-risk environments. This lanyard is designed with a Y-shaped 1.57 in. wide polyester tubular webbing that combines strength and stretchability, extending from 4.5 ft. to 6 ft. to give you maximum mobility without compromising safety. The elasticated design ensures minimal slack, reducing tripping hazards and enhancing overall productivity.

Equipped with one steel-stamped snap hook and two heavy-duty rebar hooks, this lanyard is ideal for a wide range of applications. The snap hook allows for easy attachment to an anchor point, while the rebar hooks are perfect for securing to rebar structures, providing reliable fall protection in construction and other industrial settings. All metal components are crafted from alloy steel, zinc-plated, and shot-blasted to ensure long-lasting durability and resistance to corrosion.

With a breaking strength of 6000 lbs. for the webbing and 5000 lbs. for the metal components, the KStrong® Lanyard offers superior performance and safety. Weighing just 6.06 lbs., it is lightweight yet incredibly strong, designed to meet or exceed ANSI Z359.13-2013 standards. Whether you’re working at height or in challenging environments, the KStrong® 6 ft. Twin Leg Lanyard provides the protection you need to get the job done safely.

DESIGN:
•    Y Shaped 1.57 in. (40mm) wide polyester tubular elasticated webbing incorporated with energy absorbing (6 ft.) Poy Webbing with one side equipped with Steel Stamped Snap Hook (PN 146) and the other two sides equipped with Steel Rebar Hook (PN 167).
WEBBING:
Material : Polyester.
Width : 1.57” ± 0.04” (40mm ± 1mm)
Breaking strength : 6000 lbs. (2722kg)
STITCHING THREAD:
Material : High-Tenacity Polyester.
METAL COMPONENT:
Material : Alloy Steel.
Plating : Zinc Plated
Finish : Shot blasted
Breaking Strength: 5000 lbs. (2268kg)
WEIGHT:
6.06 lbs. ± 0.02 lbs. (2750 gm ± 10 gm)
RELEVANT STANDARDS:
Meets or Exceeds ANSI Z359.13-2013