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Men's Double-H 13 Inch Composite Toe Antonio

$164.99
Brown
style DH6134
Color: Brown
Width:
Size:
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Introducing the Double-H 13 Inch Wide Square Composite Toe Roper Antonio in Earthquake Rust Leather, a boot designed for those who demand both style and safety in their work environment.

This boot features a wide square toe and a composite safety toe, providing essential protection without the added weight of traditional steel. The soft pig print lining ensures a comfortable fit, while the electrical hazard rating makes it a reliable choice for various job sites. Crafted with a non-metallic design and a durable plastic storm welt, this boot is built to withstand the rigors of everyday use. The Double Tuff PU insert and rubber midsole provide exceptional cushioning, and the Texon board footbed with foam enhances support for all-day wear. Finished with an Aeroglide unit bottom, this boot offers superior traction and stability, making it an ideal companion for both work and leisure. Experience the perfect blend of comfort, protection, and rugged style with the Double-H Antonio boot.

Details

  • Earthquake Rust Leather
  • Wide Square Toe
  • Composite Safety Toe
  • Soft Pig Print Lining
  • EH Rated
  • Non-Metallic Boot
  • Plastic Storm Welt
  • Double Tuff PU Insert
  • Rubber Midsole
  • Texon Board Footbed with Foam
  • Aeroglide Unit Bottom
  • 1 5/8 Inch Heel
Composite Toe - Composite toe footwear is a type of safety footwear designed to protect the toes from potential hazards in various work environments. The term "composite" refers to the use of non-metallic materials, often a combination of materials like fiberglass, Kevlar, carbon fiber, or other reinforced plastics, to create the protective toe cap. Composite toe caps offer protection similar to steel or alloy toe caps but with the advantage of being lighter in weight.
Electrical Hazard - Electrical Hazard footwear is designed to impede the flow of electricity through the shoe and to the ground, reducing the likelihood of electrocution, in accordance with ASTM F2413-11.