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Men's Chippewa 6 Inch Edge Waterproof Nano Composite Toe Walker
on sale
$99.98
originally
$169.99
style
25342
34123
Color:
Brown
On Sale:
Width:
Size:
Classic waterproof moc-toe wedge boots with a nano composite toe, designed for comfort and unmatched traction.
Get ready to walk confidently on any surface in the 6" Waterproof Nano Composite Toe Edge Walker, equipped with an oil- and slip- resisting outsole with sneaker-like traction and an Ortholite® removable insert to help keep your feet comfortable all day long. This boot meets ASTM F2413 safety footwear standards.
Details
- Premium Waterproof Full Grain Leather Upper
- Dri-Lex® Lining
- Ortholite® Removable Insert Insole
- Goodyear® Leather Welt Construction
- Metallic Shank
- Vibram® Christy Outsole
- Nano Composite Safety Toe
Slip Resisting - Slip-resistant footwear, also known as non-slip footwear or anti-slip footwear, is specially designed to provide enhanced traction and stability on slippery surfaces, reducing the risk of slips and falls. This type of footwear is essential in industries and work environments where workers are exposed to wet, oily, greasy, or otherwise slippery floors, such as hospitality, healthcare, food service, and manufacturing.
Composite Toe - Composite toe footwear is a type of safety footwear designed to protect the toes from potential hazards in various work environments. The term "composite" refers to the use of non-metallic materials, often a combination of materials like fiberglass, Kevlar, carbon fiber, or other reinforced plastics, to create the protective toe cap. Composite toe caps offer protection similar to steel or alloy toe caps but with the advantage of being lighter in weight.
Waterproof - Waterproof footwear is designed to prevent water from entering the interior of the shoe or boot, keeping the wearer's feet dry and comfortable in wet and damp conditions. This type of footwear is commonly worn in various work environments, outdoor activities, and recreational settings where exposure to rain, mud, puddles, and wet surfaces is likely.