Adjustable Y-leg for 100% Tie-off; with 3 Snap Hooks.
Heavy duty tubular polyester outer jacket web resists abrasion and UV
Internal high modulus elastic won't soften from frequent use
Forged...
Adjustable Single Leg; with 2 Snap Hooks
Heavy duty tubular polyester outer jacket web resists abrasion and UV
Internal high modulus elastic won't soften from frequent use
Forged steel or...
Specifically designed for tying-off at the foot level for free falls of up to 12 ft when no overhead anchorage is available
Low profile internal energy absorber enhances user comfort
Maximum user...
6' Leading Edge Lanyard Y-Leg for 100% Tie-Off; Steel Snap Hooks.
Can be used with foot-level and overhead tie-offs for 6’ or 12’ free fall
¼” heavy duty abrasion and cut resistant steel cable...
Y Leg Shock Absorbing Lanyard, 6' with 1 Steel Snap Hook, 2 Steel Snap Hook: Kevlar® and Nomex® Web; Meets ASTM F887 Requirements.
Single or Twin-Leg options with a variety of leg-end...
High heat and burn resistance, low conductivity and highly resistant to abrasion
Constructed with Kevlar® webbing and Nomex® pack cover
Specifically designed for use in hot-work welding...
Adjustable Single Leg; with 2 Snap Hooks
Heavy duty tubular polyester outer jacket web resists abrasion and UV
Internal high modulus elastic won't soften from frequent use
Forged steel or...
Adjustable Single Leg; with Loop and 1 Rebar Hook.
Heavy duty tubular polyester outer jacket web resists abrasion and UV
Internal high modulus elastic won't soften from frequent use
Forged steel...
Web Tower Choker with D-ring.
1" polyester webbing resists UV degredation
Alloy steel D-ring provides secure attachment point for energy absorbing connector
Simple attachment and lightweight...
Adjustable Single Leg; with 1 Aluminum Snap Hook and 1 Aluminum Rebar Hook.
Heavy duty tubular polyester outer jacket web resists abrasion and UV
Internal high modulus elastic won't soften from...
Adjustable Single Leg; with 1 Snap Hook and 1 Rebar Hook.
Heavy duty tubular polyester outer jacket web resists abrasion and UV
Internal high modulus elastic won't soften from frequent...
