KEEN Utility Men's Cincinnati 6" Waterproof Soft Toe Wedge Work Boots, Belgian/Sandshell, 10 Wide
By KEEN Utility
Last checked 10mo ago
(384 reviews)
0
$190
ASIN:
B07VCLWBCM
Product ID:
5955
Price History
Current Price
$
Highest Price
$-Infinity
Lowest Price
$Infinity
Product Recommendation
Check out the KEEN Utility Men's Cincinnati 6" Waterproof Soft Toe Wedge Work Boots!
Hey there! If you're on the hunt for reliable work boots, these KEEN Utility ones are definitely worth a look. Let me break down why they're a great choice:
- ▶Waterproof with KEEN.DRY membrane to keep your feet dry and comfy all day.
- ▶Excellent Traction thanks to oil- and slip-resistant outsoles.
- ▶Support & Comfort with KEEN Luftcell midsole and cushioned insole for a cozy feel.
- ▶Durable Construction with Goodyear welt and barnyard resistant leather.
At $190.00, these boots offer solid value for their quality and features. Sure, it's not a discount price, but for the durability and comfort they provide, it's a fair deal. Whether you're on-site or off-duty, these boots have got your back! 🛠️👞
Key Features
- ▶SOFT TOE: KEEN.PROTECT soft toe caps help safeguard against minor impact that meet or exceed ASTM F2892 EH standards, but are not reinforced with a secondary crush resistance material
- ▶WATERPROOF: KEEN.DRY is a waterproof, breathable membrane liner that lets vapor out without letting water in for keeping your feet dry and comfortable; this boot does have a liner that integrates with the waterproof membrane
- ▶TRACTION: Oil- and slip-resistant, non-marking, siped, rubber outsoles for improved traction that meet or exceed ASTM F1677-96 and F2913 SATRA standards
- ▶SUPPORT & COMFORT: Featuring KEEN Luftcell, an air-infused midsole for weightless comfort and a removable, dual-density PolyAer insole with aerated pillow-top cushioning to keep your feet comfortable while walking on the job site
- ▶CONSTRUCTION: Continuous Goodyear welt construction for enhanced durability under extreme working conditions; Full-grain barnyard resistant leather helps resist the damaging effects of oleic acid, urea, sodium chloride, and ammonium hydroxide
