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Women's Keen CSA Seattle 8" Waterproof Boot *FREE SHIPPING*

$210.00
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SKU:
1022170
Women's Keen CSA Seattle 8" Waterproof Boot *FREE SHIPPING*
 
  • Made with input from women in the trades, this aluminum toe 8’’ boot is built for a woman’s foot. A puncture resistant plate and oil- and slip-resistant outsole can handle the variables of the jobsite.
  • Left and right asymmetrical aluminum toes weigh 35% less than steel and offer a sleaker appearance
  • Built on a women's specific last
  • KEEN.DRY waterproof, breathable membrane
  • Non-metallic, flexible woven-textile puncture resistant midsole plate - CSA certified
  • Electric Shock Resistant (ESR) footwear provides a secondary source of protection incase accidentally coming into contact with live electrical circuits
  • Nylon shank for midfoot support
  • Waterproof leather upper
  • Locking metal lace hooks
  • Oil- and slip-resistant non-marking rubber outsole
  • 90° heel (5/8" Height) provides stability and helps "catch or lock" the foot in place
TOE TYPE - Aluminum Toe
DUTY TYPE - Medium Duty
MATERIAL
  • Waterproof Leather
  • Heat resistant, rubber outsole rated up to 572° F / 300° C
  • Compression-Molded EVA
  • Quilted Mesh & Moisture-Wicking Textile
  • Removable metatomical PU footbed
WEIGHT - 24.6 oz / 697.4 g
CALF CIRCUMFERENCE - 2.0 in / 5.1 cm
COLLAR HEIGHT - 8.0 in / 20.3 cm
 
  • KEEN.DRY
    A proprietary waterproof, breathable membrane that lets vapor out without letting water in.
  • PUNCTURE RESISTANT PLATE
    Puncture 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 TOE
    Uniquely 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 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.

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