Women's Kodiak Whitton Chelsea Boot
Save 40% sitewide
Discount applied in cart- KODIAK® double gore Chelsea boot
- Rugged full grain leather upper
- KODIAK® SOS Smell Out Science® odor control technology
- 100% recycled polyester, abrasion-resistant lining
- Comfortzone® LITE footbed built with OrthoLite® Hybrid™ compound
- Lightweight, oil and slip-resistant Rubberlon outsole, integrated with BLOOM™ algae blended foam
- Soft toe
- Weight: 418.6 grams / 0.92 lbs per size 7 boot
- Style available: Dark Brown (4THMDB)
- See CA Prop 65 details via link in footer
BLOOM™
BLOOM™ transforms waste biomaterials, like algae, into award-winning renewable and restorative materials that are used in footwear and other consumer products. BLOOM™ materials are restorative, returning clean water to the environment and reducing the release of CO2 into the atmosphere.
Kodiak® SOS Smell Out Science®
Innovative odor control technology. Beneficial microbes breakdown odor causing bacteria.
Comfortzone® Lite
Kodiak Comfortzone® LITE built with OrthoLite® Hybrid™, an Open Cell PU formulation that uniquely blends 5% recycled rubber and 15% production waste foam for a total 20% eco-content delivering uncompromised sustainable comfort and performance with less impact on the planet.
OrthoLite® Comfort Foam
OrthoLite® comfort foam insole provides moisture management and long-term cushioning.
Slip Resisting Results
The following average coefficients of friction (CoFs) were attained under specified test conditions according to the CSA Z195-14 standard. Tested at Satra Technology Services, November 2021.
Co-Efficient of Friction | Flat | Heel |
---|---|---|
Quarry Tile: Wet | 0.50 | 0.46 |
Quarry Tile: Dry | 0.73 | 0.80 |
Stainless Steel: Wet | 0.50 | 0.45 |
Floor and air temperature, type of flooring, a contaminated floor surface are all variables that can affect the slip resistance of footwear. We recommend you seek the advice of your retailer, safety officer, and/or Kodiak, a brand of Workwear Outfitters, LLC. for appropriate footwear for your application.