Carhartt Men's 6" Steel Toe Waterproof Wedge Boot - Tan - CMW6275
Men's work boots that stand up to rain, sweat, and long hours on the floor.
When you work on your feet, safety and comfort come first. Made with the warehouse and construction site in mind, these work boots give you a high level of toe protection. For those seeking warehouse safety shoes, the leather upper is finished with a breathable, waterproof coating so you stay dry even through heavy rain. A thick insole offers extra support.
Key Features of the Carhartt CMW6275
- Oil-Tanned Leather
- Lace Closure
- Storm Defender® Waterproof Breathable Membrane keeps feet dry while letting them breathe
- FastDry® Lining wicks sweat and fights odors
- Cushioned Polyurethane Insole for support and shock absorbance
- Steel Toe protects against impact and compression hazards, meeting ASTM F2413-17 standards
- Dual-Density Rubber Outsole with Goodyear® Welt Construction
- Electrical Hazard Rated to ASTM F2413-17 standards
Goodyear Welted, Built to Be Resoled
Unlike most cement-constructed wedge boots, this style uses Goodyear welt construction, so it can be resoled rather than replaced as the outsole wears.
Built for Warehouse and Industrial Floors
The thick, cushioned insole and steel toe protection are built specifically with warehouse and light industrial work in mind, where you're on hard floors for a full shift.
Shop more: Carhartt 6 Inch Work Boots, Carhartt Waterproof Work Boots, Carhartt Safety Toe Work Boots, Carhartt Wedge Sole Work Boots
Frequently Asked Questions
Can this boot be resoled?
Yes, it uses Goodyear® welt construction, so it can be resoled rather than replaced as the outsole wears.
Is this boot's steel toe covered by a specific safety standard?
Yes, it meets ASTM F2413-17 standards for impact and compression protection.
Is this boot fully waterproof?
Yes, the Storm Defender® waterproof breathable membrane keeps feet dry even through heavy rain.
Does this boot protect against electrical hazards?
Yes, it offers secondary protection against incidental contact with electrical circuits of 18,000 volts or less under dry conditions, meeting ASTM F2413-17 EH standards.
