KEEN Men's San Jose 6 Alloy Toe Waterproof Work Boots

Breakdown & Highlights

ALLOY TOE WORK BOOTS: LIGHTWEIGHT AND INNOVATIVE

Ultra-light and Sleek Design Our left and right asymmetrically designed aluminum alloy safety toes are 35% lighter than steel toes. This not only reduces fatigue but also enhances the aesthetic appeal of our boots. These work boots meet or exceed the rigorous ASTM F2412 and F2413, M I/75, and C/75 EH standards, ensuring both comfort and safety.

Waterproof Performance Equipped with KEEN.DRY, a waterproof, breathable membrane, these boots keep your feet dry and comfortable. The integration of a mesh liner with the waterproof membrane ensures a perfect balance between moisture resistance and breathability, providing an ideal microclimate for your feet.

TRACTION AND SLIP-RESISTANCE

Enhanced Tread Design Our boots feature oil- and slip-resistant, non-marking rubber outsoles made with a wedge tread and siping design. This ensures excellent traction on slick, flat terrain with minimal debris buildup, making them ideal for various work environments. They meet the stringent ASTM F1677 Mark II and ASTM F2913 SATRA non-slip standards.

SUPPORT AND COMFORT

Structural Support Crafted with a nylon shank for midfoot support, these boots offer superior torsion stability. The shellback heel support locks your foot in place, providing additional security. Additionally, these boots are EH-rated, offering secondary protection from live electrical circuits.

Weightless Comfort Our KEEN Luftcell air-infused midsoles provide a weightless feel, ensuring all-day comfort. Moisture-wicking textiles keep your feet dry, and our natural technology breaks down odor in sweat, leaving you feeling fresh and comfortable.

Conclusion

These work boots combine innovative features to provide safety, comfort, and functionality. Whether you're working on rough terrain, in wet conditions, or facing electrical hazards, these boots are designed to meet your needs. Experience the perfect balance of performance and comfort with every step.