Product Details
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Style A21B7
We designed our heavy-duty insulated Boondock manufacturing boots to provide industrial-grade protection from every angle. Starting with their premium Timberland® waterproof leather uppers with internal waterproof, breathable membranes for maximum waterproof protection and resistance to blood-borne pathogens, we added 200 grams of insulation for cold-weather comfort and to retain heat, electrical shock protection, our molded Timberland PRO® rubber toe protectors that are as thick as standard boot outsoles and backed with composite safety toes, rigid external heel cups to support lateral movement, and our Anti-Fatigue Technology footbeds for all-day shock absorption and energy return. Their breathable, moisture-wicking linings are made of ReBOTL™ fabric containing at least 50% recycled plastic with an antimicrobial treatment for odor control. You'll also find lightweight protection from below with non-metallic, puncture-resistant plates and their heat-, slip-, oil-, and abrasion-resistant, non-marking All-Weather TPU outsoles that offer enhanced traction in extreme environments.
- Asymmetrical composite safety toe
- Premium waterproof leather with waterproof membrane
- Electric hazard protection and electric shock resistant sole
- Lightweight and abrasion-resistant all-weather TPU outsole
- Fiberglass shank for structural support
- Non-metallic puncture-resistant plate
- Anti-Fatigue Technology polyurethane footbed for shock absorption and energy return
- Dual-purpose top hardware for lacing customization
- Molded Timberland PRO® rubber toe
- Rigid external heel cup for lateral stability
- Microban technology provides an extra layer of protection on footwear fabrics to help against unpleasant odors, stains, and deterioration
- Combination three-quarter Goodyear welt/cement heel construction
CSA green triangle, ESR rated
Anti-Fatigue Technology
Our exclusive Anti-Fatigue technology absorbs shock and returns energy at key zones of the foot to deliver long-lasting comfort all day long. Molded, inverted cones support, collapse and return energy in key pressure zones, plus the cone structure means less material, making a lighter boot.
