Built for outdoor and jobsite conditions where protection, durability, and comfort are essential, the hoss ridge composite toe work boot delivers reliable performance in a rugged, work-ready design. This men’s work boot features a composite safety toe certified to astm f2413-18 m/i/c eh pr, providing dependable impact, compression, electrical hazard, and puncture-resistant protection in a non-metallic build. The full-grain leather upper offers long-lasting durability and a professional appearance, while non-metallic eyelet hooks ensure a secure fit and resist corrosion. A waterproof membrane helps keep feet dry in wet and winter conditions, and a premium pu cushion insole delivers supportive comfort throughout long shifts. Underfoot, a puncture-resistant midsole adds protection from sharp hazards, and a slip-resistant rubber outsole provides dependable traction on outdoor and jobsite surfaces.
Boot Shaft Height: 6 Inches
Upper/Outer Base Material: Leather (genuine)
Shoe Lining Material: Textile
Sole Material Content: Rubber
Calf Width: Regular
Care: Spot Clean With A Damp Cloth; Air Dry
Toe Shape: Round Toe
Country of Origin: Imported
Built for outdoor and jobsite conditions where protection, durability, and comfort are essential, the hoss ridge composite toe work boot delivers reliable performance in a rugged, work-ready design. This men’s work boot features a composite safety toe certified to astm f2413-18 m/i/c eh pr, providing dependable impact, compression, electrical hazard, and puncture-resistant protection in a non-metallic build. The full-grain leather upper offers long-lasting durability and a professional appearance, while non-metallic eyelet hooks ensure a secure fit and resist corrosion. A waterproof membrane helps keep feet dry in wet and winter conditions, and a premium pu cushion insole delivers supportive comfort throughout long shifts. Underfoot, a puncture-resistant midsole adds protection from sharp hazards, and a slip-resistant rubber outsole provides dependable traction on outdoor and jobsite surfaces.