Lower-profile, lighter-weight format to further reduce snag-hazard potential and increase working ease.
Auto-locking, corrosion-resistant, stainless-steel carabiners, with captive-eye attachment points, on both ends.
Single-length construction to eliminate the potential for the weak points commonly seen on multi-component lanyard alternatives.
High-strength three-ply nylon stitching on both ends.
Third-party certified to a 15 lb maximum working capacity with a 2:1 safety factor.
Shock-absorbing tool lanyard, with stainless-steel carabiners on both ends, features a patented design that prevents falling objects while absorbing any dynamic energy that might be transmitted through the lanyard's length to reduce any torque that your body, or anchor point, might experience if a drop occurs. By reducing this shock load, this tested and approved design prevents the tool from pulling the user down with it, effectively protecting everyone involved, both those above and below. Third-party certified to a 15 lb maximum working capacity with a 2:1 safety factor.
The Squids 3111F(x) Tool Lanyard with Stainless-Steel Carabiners features a patented design that prevents falling objects while absorbing any dynamic energy that might be transmitted through the lanyard's length to reduce any torque that your body, or anchor point, might experience if a drop occurs. By reducing this shock load, this tested and approved design prevents the tool from pulling the user down with it, effectively protecting everyone involved, both those above and those below. Durable, low-profile 1680 denier polyester, elastic-blend webbing with high-strength, three-ply nylon stitching on both ends ensures secure, reliable, lighter-weight performance, and the lanyard's single-length format eliminates the potential for the weak points commonly seen on multi-component lanyard alternatives. Auto-locking, corrosion-resistant, stainless-steel carabiners on both ends feature captive-eye attachment points to help the user better predict the direction of loads to minimize the potential for the lanyard hooking into the carabiners' gates as well as the potential for other related, dangerous lanyard issues. When working at heights, it's essential to tether your tools, and these tool lanyards are built to withstand defined weight limits and can easily be used by any worker to help avoid accidentally dropping objects that could cause extensive property damage and serious, potentially deadly injuries. This tool lanyard is third-party certified to a 15 lb maximum working capacity with a 2:1 safety factor.
The Squids 3111F(x) Tool Lanyard with Stainless-Steel Carabiners features a patented design that prevents falling objects while absorbing any dynamic energy that might be transmitted through the lanyard's length to reduce any torque that your body, or anchor point, might experience if a drop occurs. By reducing this shock load, this tested and approved design prevents the tool from pulling the user down with it, effectively protecting everyone involved, both those above and those below. Durable, low-profile 1680 denier polyester, elastic-blend webbing with high-strength, three-ply nylon stitching on both ends ensures secure, reliable, lighter-weight performance, and the lanyard's single-length format eliminates the potential for the weak points commonly seen on multi-component lanyard alternatives. Auto-locking, corrosion-resistant, stainless-steel carabiners on both ends feature captive-eye attachment points to help the user better predict the direction of loads to minimize the potential for the lanyard hooking into the carabiners' gates as well as the potential for other related, dangerous lanyard issues. When working at heights, it's essential to tether your tools, and these tool lanyards are built to withstand defined weight limits and can easily be used by any worker to help avoid accidentally dropping objects that could cause extensive property damage and serious, potentially deadly injuries. This tool lanyard is third-party certified to a 15 lb maximum working capacity with a 2:1 safety factor.
