Double H Stanton 11" Composite Toe Waterproof Slip Resistant Romeo Work Boot — Brown — PH5010
With its composite safety toe, waterproof membrane, and AG8™ dual-density PU removable footbed, this roper is designed to keep you safe and comfortable on the toughest jobs while providing exceptional support and protection.
Key Features of the Double H Stanton PH5010
- Brown Barnyard Acid Resistant Leather Upper
- Composite Safety Toe
- Molded Heavy Duty Pull Holes
- Mesh Lining with Waterproof Membrane
- Electrical Hazard Rated
- 100% Non-Metallic
- AG8™ Dual-Density PU Removable Footbed
- All-Around Goodyear Welt Construction
- Rubber Heel Rand
- EVA Midsole
- Oil & Slip Resisting I.C.E.™ Equipped Outsole
- 1" Heel Height
Acid-Resistant Leather for Rugged Environments
The Barnyard Acid Resistant leather upper is treated to hold up against acid exposure — a practical detail for farm, livestock, or industrial environments that break down standard leather faster.
100% Non-Metallic, Resoleable
The composite toe and shank are both non-metallic, meeting electrical hazard safety standards, and the all-around Goodyear welt construction means the Stanton is built to be resoled, extending its working life well beyond the original outsole.
Shop more: Double H Safety Toe, Double H Waterproof
Frequently Asked Questions
Is the Stanton's composite toe non-metallic?
Yes, both the toe and shank are non-metallic, meeting electrical hazard safety standards and staying lighter than a steel-toe build.
Can the Stanton be resoled?
Yes, the all-around Goodyear welt construction is built to be resoled, extending the boot's working life.
Is the Stanton fully waterproof?
Yes, a waterproof membrane and mesh lining are tested to keep feet dry in wet conditions.
What makes the leather "acid resistant"?
The Barnyard Acid Resistant leather upper is treated to hold up against acid exposure, useful for farm, livestock, or industrial environments that break down standard leather faster.
What does the rubber heel rand do?
It's a strip of rubber wrapped around the heel where the upper meets the outsole, adding extra abrasion resistance in a high-wear spot.
