Experience top-notch protection and comfort with the Wolverine Women's Chisel 6" Waterproof Work Boots - Steel Toe, designed to withstand the toughest work environments. The sleek design and resilient construction make these boots the perfect choice for hardworking women.Product Features:Advanced Comfort PU Footbed: Designed to combat foot fatigue, this PU footbed offers superior cushioning and long-lasting comfort, ensuring you stay energized throughout your workday.Breathable Waterproof Membrane: Equipped with a moisture-wicking mesh lining, this feature keeps your feet dry and comfortable by managing perspiration and ensuring excellent breathability.Nylon Shank: Provides essential arch support and stability without the added weight, making it easier to navigate uneven terrain and reducing overall foot stress.Rubber Lug Outsole: This outsole delivers excellent traction and a firm grip on different surfaces, ensuring slip resistance and improving overall safety at the job site.Premium Waterproof Full-Grain Leather Upper: The high-quality leather upper is not only durable and resistant to the elements but also provides a classic, polished look that transitions easily from work to casual settings.Molded EVA Midsole: Provides exceptional stability and cushioning, reducing impact and enhancing comfort during long hours on your feet.Lightweight Cement Construction: This construction method offers flexibility and ease of movement, making your boots feel lighter and more comfortable for all-day wear.From the construction site to the warehouse, the Wolverine Women's Chisel 6" Waterproof Work Boots - Steel Toe offer the protection and performance you need to get the job done safely and efficiently.Steel toe, 6" lace-up, Premium waterproof full-grain leather upper, Molded EVA midsole provides stability and cushioning, Rubber lug outsole grips the ground, Breathable waterproof membrane with moisture wicking mesh lining, Advance comfort PU footbed, Lightweight cement construction, Nylon shank, ASTM F2413-18 M I/75 C/75 electrical hazard,