One of our most all-out burly boots, this Wellington style delivers heavy-duty protection and comfort in spades.
Torsion stability and excellent comfort, that’s what can be expected from this pull-on work boot. It’s packed full of performance with our KEEN Luftcell aerated PU midsole, KEEN.DRY, and carbon-fiber toe.
Features
-
Left and right asymmetrical, non-metallic carbon-fiber toes offer unobtrusive fit and are 15% lighter than steel
-
KEEN.DRY waterproof, breathable membrane
-
Electrical hazard (EH) rated - providing a secondary source of protection in case of accidental contact with live electrical circuits
-
Heat resistant, rubber outsole rated up to 572° F / 300° C
-
ASTM/CSA-certified, non-metallic, flexible woven-textile puncture resistant midsole plate for underfoot protection
-
90° heel (5/8" Height) provides stability and helps "catch or lock" the foot in place
-
Nylon shank for midfoot support
-
Full-grain barnyard resistant waterproof leather helps resist the damaging effects of oleic acid, urea, sodium chloride, and ammonium hydroxide
-
3/4 Goodyear welt construction for enhanced durability and flexibility under extreme working conditions
Technologies
-
KEEN.DryA proprietary waterproof, breathable membrane that lets vapor out without letting water in.
-
Barnyard ProofSuperior leather resists the damaging effects of oleic acid, urea, sodium chloride, and ammonium hydroxide in order to extend the life of your boot.
-
Puncture Resistant PlatePuncture resistant boots help reduce the possibility of injury caused by sharp objects that can penetrate the bottom of a boot. KEEN Utility uses a non-metallic, woven midsole plate that meets ASTM and CSA standards.
-
Left and Right Asymmetrical Safety ToeUniquely anatomically correct steel, aluminum, & composite toe designs provide a roomier toe box and maximum comfort. Meets ASTM F2412-11 and F2413-11 I/75 and C/75 Standards.
-
Electrical HazardProvides a secondary source of protection when outsole accidentally comes in contact with live electrical circuits, helping to reduce the potential of electric shock.