More Views
Angled side

Women's Timberland Pro 6 Inch Steel Toe 200 Gram Waterproof Direct Attach

$169.99
Wheat
style TB1A2QVU231
Color: Wheat (Tan)
Width:
Size:
  • Select Size and Width for Availability
Fall Favorites Sale: 20% off select styles
20% off select styles. Exclusions apply. Offer valid 10/3-10/14.

Built on a women’s-specific last for optimal fit and comfort, these fully waterproof women's Direct Attach are insulated for warmth.

They also help protect your feet with steel safety toes, electrical hazard protection, structural support, and anti-fatigue technology for all-day comfort.

Details

  • Built on a women’s specific last for optimal fit and comfort
  • Asymmetrical steel safety toe
  • Waterproof leather with seam-sealed waterproof construction
  • Electrical Hazard Protection
  • Contoured shock-diffusion plate for structural support
  • Anti-Fatigue technology polyurethane footbed for shock absorption and energy return
  • Padded top collar for comfort
  • Breathable and moisture-wicking lining with anti-microbial treatment for odor control
  • Direct inject construction for durability
Steel Toe - Steel toe footwear, also known as steel-toed boots or safety boots, is a type of safety footwear that incorporates a reinforced protective cap made of steel in the toe area. This toe cap is designed to provide protection against impact, compression, and other potential hazards in various work environments. Steel toe footwear is commonly worn in industries where there is a risk of heavy objects falling on the feet or where protection against crushing injuries is essential.
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.
Electrical Hazard - Electrical Hazard footwear is designed to impede the flow of electricity through the shoe and to the ground, reducing the likelihood of electrocution, in accordance with ASTM F2413-11.