Original 'keen Utility' Women's 6" Evanston Eh Wp Carbon Fiber Toe - Bison / Black Support Local [UkbaWNZP]

Keen Utility Women's 6" Evanston EH WP Carbon Fiber Toe

Introducing the Keen Utility Women's 6" Evanston EH WP Carbon Fiber Toe, a versatile and durable shoe designed for the demands of demanding jobs. This shoe combines robust construction with energy-returning cushioning, making it an ideal choice for carpenters, landscapers, and warehouse employees. The 6" height offers both protection and comfort, while the carbon fiber toe provides enhanced safety against impact.

Key Features and Specifications

Featuring the KEEN.DRY waterproof, breathable membrane, these shoes ensure dry feet even in wet conditions. The nylon shank and 90° heel offer midfoot support and stability, while the oil- and slip-resistant non-marking rubber outsole provides reliable traction. The electrical hazard (EH) or Electric Shock Resistant (ESR) footwear provides an additional layer of protection against accidental contact with live electrical circuits. Other notable features include a removable metatomical PU footbed, premium leather from LWG-Certified Tannery, and a PFC-Free, durable water repellent finish.

Practical Uses and Benefits

Whether you're working on a construction site, managing a garden, or handling inventory in a warehouse, the Keen Utility Women's 6" Evanston EH WP Carbon Fiber Toe is designed to meet your needs. Its full-grain barnyard resistant waterproof leather resists the damaging effects of various chemicals, ensuring long-lasting durability. The mesh liner provides breathability, keeping your feet cool in warm environments, while the KEEN.ReGEN midsole offers 50% more energy return than standard EVA foam. With Cleansport NXT Technology for natural odor protection and a heat-resistant rubber outsole rated up to 572° F / 300° C, these shoes are built to withstand the toughest conditions. Reflective webbing enhances safety and visibility, and the shoe meets various ASTM standards for non-slip, abrasion resistance, and chemical resistance.