Timberland PRO TiTAN(r) Waterproof 6 Alloy Safety Toe

Any Size

10 D - Medium

10 EE - Wide

10.5 D - Medium

10.5 EE - Wide

11 D - Medium

11 EE - Wide

11.5 D - Medium

11.5 EE - Wide

12 D - Medium

12 EE - Wide

13 D - Medium

13 EE - Wide

14 D - Medium

14 EE - Wide

15 D - Medium

15 EE - Wide

7 D - Medium

7 EE - Wide

7.5 D - Medium

7.5 EE - Wide

8 D - Medium

8 EE - Wide

8.5 D - Medium

8.5 EE - Wide

9 D - Medium

9 EE - Wide

9.5 D - Medium

9.5 EE - Wide

Zappos $159.95

Colour: Brown
Size: 11 D - Medium
In Stock

First seen in May 2022

Description

Timberland PRO Authorized Reseller The Timberland PRO TiTANÂ® Waterproof 6 Alloy Safety Toe work boot is the reliable choice for wet-weather protection, work-area protection, and underfoot comfort. Style number: 26078242. Premium waterproof leather upper. Alloy safety toe is shaped on TiTANÂ® last for lightweight protection and a superior fit. Cement construction for flexibility and reduced break-in time. Moisture-channeling spacer mesh comfort lining for dry feet. Contoured open-cell polyurethane footbed with OutlastÂ® Adaptive ComfortÂ® temperature-regulating technology sock cover keeps your feet drier. Polyurethane midsole with high-rebound heel insert provides durable cushioning and energy return. Nylon diffusion shank for torsional rigidity. Lightweight, asymmetrical-shaped alloy safety toe meets I/75 and C/75 impact and compression ASTM F2412-11 and ASTM F2413-11 safety standards. Rubber dual-density non-marking outsole is lightweight with slip, oil and abrasion resistance that meets ASTM F2913-2019 Non-Slip Testing Standards. Meets ASTM F2412-11 and ASTM F2413-11 electrical hazard standards to provide secondary underfoot protection against the hazards of stepping on live electrical circuits, electrically energized conductors, parts, or apparatus. Imported. Measurements: Heel Height: 1 1 2 in Weight: 1 lb 7 oz Shaft: 5 1 2 in Platform Height: 1 in Product measurements were taken using size 8, width D - Medium. Please note that measurements may vary by size.