Timberland Pro Powertrain: Grey Composite Toe Work Sneaker – Built Tough, Keeps You Safe.
Right then, fancy something a bit different, eh? Forget the usual humdrum, this is the bee's knees, the cat's pyjamas, the dog's bollocks... well, maybe not the last one. Picture this: you, owning this absolute gem, feeling like royalty, like you've just won the lottery, like you're permanently on holiday. It's got more personality than your eccentric Aunt Mildred, it's tougher than a week-old steak, and it's guaranteed to make your mates green with envy. Go on, treat yourself, you deserve a bit of this magic in your life. You know you want to. Bloody lovely it is.
Timberland Pro Men's Powertrain EV SD10 Composite Toe Sneaker Work Shoe - Grey - TB0A67NQY55
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Our Timberland PRO® Powertrain EV athletic work sneakers help offer lightweight performance, but they're all business when it comes to protection. Not only are their metal- and mutilation-free, Premium Timberland® Coated Leather uppers tough enough to handle working on your feet all day, but they also help offer abrasion resistance as well as an easy-to-clean surface. In addition to composite safety toes, the Powertrain is designed to meet the SD10 standard with two resistors embedded in the midsoles to help protect equipment by dissipating static electricity to the walking surface. You'll appreciate their internal Anti-Fatigue Technology polyurethane midsoles designed for shock absorption and energy return and their breathable, moisture-wicking linings made of ReBOTL™ fabric containing at least 50% recycled PET plastic with a Microban antimicrobial treatment for odor control. For underfoot performance, you get heat-, oil-, slip-, and abrasion-resistant, non-marking Timberland PRO® rubber outsoles designed for traction.
- Premium Timberland® Coated Leather upper for abrasion resistance and cleanability
- Timberland supports responsible manufacturing of leather via the Leather Working Group
- Asymmetrical composite safety toe
- Electro Static Dissipative 10 (SD 10) protection
- Metal- and mutilation-free upper
- Non-metallic shank for structural support
- Microban antimicrobial treatment for odor control
- Breathable, moisture-wicking lining made of ReBOTL™ fabric containing at least 50% recycled PET plastic with antimicrobial treatment for odor control
- Internal Anti-Fatigue Technology polyurethane midsole for shock absorption and energy return
- Cement construction for flexibility
- Heat-, oil-, slip-, and abrasion-resistant, non-marking Timberland PRO® rubber outsole
- Imported
Composite Safety Toe
Lightweight, non-metallic, asymmetrical-shaped toe cap. Meets ASTM F2413 impact (I) and compression (C) requirements when tested to ASTM F2412.
SD10
Footwear that provides an electrical resistance between 1 megaohm to 10 megaohms, ensuring that they meet the SD 10 requirement of ASTM F2413 or ASTM F2892, when tested to ASTM F2412. SD 10 footwear protects equipment by dissipating static electricity to the walking surface while providing the wearer limited protection against electric shock.
Anti-Fatigue Technology
A comfort system designed with shock absorbing, geometrical technology that returns energy back to the foot to deliver all day support and comfort.
OrthoLite® Insoles
OrthoLite® comfort foam insoles are lightweight, provide moisture transport, antimicrobial function, and long-term cushioning. The ultra-breathable material won't break down or lose cushioning over time, keeping your footwear comfortable and supportive.
Metal Detector Friendly
Designed to allow passage through most metal detectors without needing to be removed.
Mutilation Free
Nylon, plastic or hidden eyelets reduce the chances of marking or scratching surfaces.
Timberland PRO® Rubber
Heat-resistant, durable rubber compound offers enhanced slip, oil, and abrasion resistance.
Slip-Resistant (SR)
Meets the SR requirements of ASTM F2413, F2892, or F3445, when tested to F2913.
Microban Odor Control Technology
Microban technology provides an extra layer of protection on footwear fabrics against unpleasant odors, stains, and deterioration caused by bacteria and fungus.
