Don't be misled by the comfortable clog silhouette of our women's Newbury slip-ons. These are serious work shoes you can depend on for durability, performance, safety, and all-day comfort. Built on a women's specific last, these slip-ons feature mutilation-free, premium Timberland® full-grain leather uppers and are designed for Electro Static Dissipating (ESD) compliance to minimize hazards from static electricity buildup. They also include alloy safety toes, fiberglass shanks for structural support, flexible cement construction, our Anti-Fatigue Technology footbeds that absorb shock and then return your energy, and breathable, moisture-wicking linings made of ReBOTL™ fabric containing at least 50% recycled plastic with an antimicrobial treatment for odor control. Their lightweight polyurethane outsoles offer excellent heat-, slip-, oil-, and abrasion-resistant traction.
Built specifically for women, constructed with an anatomical fit and feminine aesthetic, for enhanced performance and comfort on the job.
Lightweight, metallic, asymmetrical-shaped toe cap. Meets ASTM F2413 impact (I) and compression (C) requirements when tested to ASTM F2412.
Footwear that provides an electrical resistance between 1 megaohm to 100 megaohms, ensuring that they meet the SD 100 requirement of ASTM F2413 or ASTM F2892, when tested to ASTM F2412. SD 100 footwear protects equipment by dissipating static electricity to the walking surface while providing the wearer with limited protection against electric shock.
A comfort system designed with shock absorbing, geometrical technology that returns energy back to the foot to deliver all day support and comfort.
Nylon, plastic or hidden eyelets reduce the chances of marking or scratching surfaces.
Lightweight and rugged, providing cushioning plus slip, oil, and abrasion resistance.
Meets the SR requirements of ASTM F2413, F2892, or F3445, when tested to F2913.
Microban technology provides an extra layer of protection on footwear fabrics against unpleasant odors, stains, and deterioration caused by bacteria and fungus.
