KEEN Utility Men's 6" Troy Carbon Fiber Toe Waterproof Work Boot Dark Earth/Black - 1025696

•  Meets ASTM F2412-18 and F2413-18 M I/75 C/75 EH standards

•  Meets ASTM F1677-96 MARK II Non-Slip Testing Standards

•  Meets ASTM F2913-19 SATRA Non-Slip Testing Standards

•  Midsole meets ASTM D471-06 903# oil and isooctane chemical resistance standards

•  Toe Type: Carbon-Fiber Toe

•  Duty Type: Medium Duty

•  Waterproof

•  Certified Slip Resistant (Mark II)

•  American Built using the finest materials from around the world

•  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) or Electric Shock Resistant (ESR) footwear provides a secondary source of protection in case of accidental outsole contact with live electrical circuits

•  Heat resistant, rubber outsole rated up to 572° F / 3° C

90° heel (5/8" Height) provides stability and helps "catch or lock" the foot in place

•  Nylon shank for midfoot support

•  KEEN.BELLOWS FLEX technology allows footwear to bend and flex up-to 3x easier

•  LuftCore air-inject core for additional heel cushioning and shock absorption

•  Direct attach PU construction creates a strong bond between the upper and outsole without the use of glue or cement

•  AMERICAN BUILT - Assembled with pride in Portland, Oregon using responsibly sourced materials from around the world.

Material

•  Leather Upper

•  Oil- and slip-resistant non-marking rubber outsole

•  KEEN Luftcell: Air-infused, PU midsole for weightless comfort

•  Moisture-wicking textile lining

•  Removable, dual-density PolyAer PU footbed with aerated pillow-top cushioning

Technologies

•  KEEN.DRY - A proprietary waterproof, breathable membrane that lets vapor out without letting water in.

•  KEEN.BELLOWS FLEX - Built-in flex that makes every step feel easier, bending where other boots crack and weaken over time.

•  Electrical Hazard - Provides a secondary source of protection when outsole accidentally comes in contact with live electrical circuits, helping to reduce the potential of electric shock.