3M DBI-SALA 1246350 EZ-Stop F2 100% Tie-Off Stretch Web Shock-Absorbing Lanyard 6 ft | Free Shipping and No Sales Tax

3M DBI-SALA 1246350 EZ-Stop F2 100% Tie-Off Stretch Web Shock-Absorbing Lanyard 6 ft | $589.97 | NO Tax and Free Shipping

• 3M Product Number 1246350
• 3M ID 7012817278
• Made to order

• Extremely compact and lightweight
• Exclusive Hi-10™ Vectran™ energy absorption system
• Built-in reflective materials
• Impact indicator
• Protected labels, equipped with 3M™ Connected Safety ID (CSID)

3M™ DBI-SALA® EZ-Stop™ Shock Absorbing Lanyard use a controlled tearing action when subjected to fall arrest forces. They limit the average arresting forces to 809 lb (3.6 kN) or less. These lanyards feature 1" (2.5 cm) polyester web construction (unless specified differently), double locking snap hooks, a durable nylon energy absorber cover and various lengths and hook options to fit your job.

EZ-Stop™ shock absorbing lanyards combine a set of “industry-first” advancements, with popular features making them the workhorse of the industry. Today’s EZ-Stop™ lanyards represents the culmination of decades of design, research, manufacturing know-how and on-the-job performance. EZ-Stop™ lanyards are as tough as the guys who use them. They feature world’s smallest and lightest shock absorber, water-repellant and abrasion-resistant webbing and a build quality that is second to none. In addition, our exclusive Hi-10™ Vectran™ energy management materials provide second-to-none abrasion, cut and chemical resistance and efficient shock absorption. Should a fall occur, the lanyard and its unique energy absorbing system will activate stopping the fall and reducing the forces imposed on the user to safe levels. Our patented self-locking snap hooks which are widely recognized in the industry for their user friendly operation and are preferred by safety professionals and workers alike. Specifically designed to allow you to open and connect the hook without getting your thumb or fingers in the way - even with gloves on.

Dimensions and Classifications