KEEN UTILITY MEN'S DOVER 6" WATERPROOF CARBON FIBER TOE BOOT

One of the mainstay boots in our American Built product line, this style is assembled in the Pacific NW using carefully-sourced materials from around the world. With a KEEN.DRY waterproof, breathable membrane, KonnectFit providing a secure, locked-in feel, the comfort and lightness of our air-infused Luftcell PU midsole, plus lightweight carbon-fiber toes — this boot is your partner in getting the job done. • Product Highlights: Waterproof, air-infused midsole, and carbon-fiber safety toes • Ideal Work Environments: Outdoor | Varied terrain, walking surfaces | Wet • Ideal Job Types: Roofing | Trucker | Mechanic | Landscaping | Construction | Plumber Safety Features Safety Rating: Meets ASTM F2412-18 and F2413-18 M I/75 C/75 EH standards Meets ASTM F2913-19 SATRA Non-Slip Testing Standards Meets ASTM F1677-96 MARK II 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 Water Proof Certified Slip Resistant (Mark II)   Features American Built using responsibly sourced materials from around the world Left and right asymmetrical, non-metallic carbon-fiber toes KEEN.DRY waterproof, breathable membrane Waterproof leather upper KonnectFit heel-capture system for a locked-in feel TPU shank for midfoot support Removable metatomical PU footbed 90° Heel (5/8" Height) KEEN Luftcell: Air-infused, PU midsole for weightless comfort Oil- and slip-resistant non-marking rubber outsole Material Waterproof leather Oil- and slip-resistance non-marking rubber outsole KEEN Luftcell: Air-infused, PU midsole for weightless comfort Moisture-wicking textile Removable metatomical PU footbed Technologies American Built Assembled with pride in Portland, Oregon, using the finest materials from around the world. KEEN.DRY A proprietary waterproof, breathable membrane that lets vapor out without letting water in. 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