KStrong® 6 ft. Twin leg 100% tie-off Clear pack design shock absorbing lanyard with (1) snap hook and (2) rebar hooks (ANSI)
KStrong® 6 ft. Twin leg 100% tie-off Clear pack design shock absorbing lanyard with (1) snap hook and (2) rebar hooks (ANSI)
The KStrong® 6 ft. Twin Leg 100% Tie-Off Clear Pack Design Shock Absorbing Lanyard is engineered for professionals who demand continuous fall protection with versatile anchorage options. This double Y-shaped lanyard integrates a high-performance energy absorber (PN 500) to effectively reduce fall impact forces, ensuring enhanced user safety.
One leg features a durable steel snap hook (PN 146) for quick, secure connections to harness D-rings or compatible anchor points, while the other leg is equipped with two rugged steel rebar hooks (PN 167) designed to easily attach to structural elements such as rebar, scaffolding, or steel frameworks. This dual-connection setup provides the flexibility to maintain 100% tie-off, allowing workers to stay safely anchored during movement and transitions.
Constructed with strong polyester webbing measuring 1.18 inches (30mm) wide, this lanyard boasts an impressive breaking strength of 6,000 lbs. (2,722 kg). The metal components are crafted from alloy steel, zinc plated, and shot blasted to resist corrosion and wear, with a breaking strength of 5,000 lbs. (2,268 kg).
High-tenacity polyester stitching reinforces the overall durability and longevity of the lanyard. Despite its rugged design, it remains reasonably lightweight at 5.66 lbs. (2,570 gm) for comfortable all-day use.
Key Features:
- Twin leg, double Y-shaped design with integrated energy absorber for 100% tie-off
- One steel snap hook (PN 146) and two steel rebar hooks (PN 167) for versatile anchorage
- Polyester webbing, 1.18” wide, 6,000 lbs. breaking strength
- Alloy steel hardware with zinc plating and shot-blasted finish
- Weight: 5.66 lbs.
- Meets or exceeds ANSI Z359.13-2013 standards
The KStrong® 6 ft. Twin Leg Shock Absorbing Lanyard with Snap and Rebar Hooks delivers dependable fall protection and adaptability, making it ideal for construction, roofing, and industrial environments where secure tie-offs and versatile anchorage options are critical.
Original: $95.52
-65%$95.52
$33.43
Description
The KStrong® 6 ft. Twin Leg 100% Tie-Off Clear Pack Design Shock Absorbing Lanyard is engineered for professionals who demand continuous fall protection with versatile anchorage options. This double Y-shaped lanyard integrates a high-performance energy absorber (PN 500) to effectively reduce fall impact forces, ensuring enhanced user safety.
One leg features a durable steel snap hook (PN 146) for quick, secure connections to harness D-rings or compatible anchor points, while the other leg is equipped with two rugged steel rebar hooks (PN 167) designed to easily attach to structural elements such as rebar, scaffolding, or steel frameworks. This dual-connection setup provides the flexibility to maintain 100% tie-off, allowing workers to stay safely anchored during movement and transitions.
Constructed with strong polyester webbing measuring 1.18 inches (30mm) wide, this lanyard boasts an impressive breaking strength of 6,000 lbs. (2,722 kg). The metal components are crafted from alloy steel, zinc plated, and shot blasted to resist corrosion and wear, with a breaking strength of 5,000 lbs. (2,268 kg).
High-tenacity polyester stitching reinforces the overall durability and longevity of the lanyard. Despite its rugged design, it remains reasonably lightweight at 5.66 lbs. (2,570 gm) for comfortable all-day use.
Key Features:
- Twin leg, double Y-shaped design with integrated energy absorber for 100% tie-off
- One steel snap hook (PN 146) and two steel rebar hooks (PN 167) for versatile anchorage
- Polyester webbing, 1.18” wide, 6,000 lbs. breaking strength
- Alloy steel hardware with zinc plating and shot-blasted finish
- Weight: 5.66 lbs.
- Meets or exceeds ANSI Z359.13-2013 standards
The KStrong® 6 ft. Twin Leg Shock Absorbing Lanyard with Snap and Rebar Hooks delivers dependable fall protection and adaptability, making it ideal for construction, roofing, and industrial environments where secure tie-offs and versatile anchorage options are critical.
