uvex 1 G2 ESD safety shoe S1 PL low shoe W 11, size 35-48

Description

The future is full of energy with the trend-setting uvex 1 G2. The innovative uvex i-PUREnrj polyurethane sole technology returns the impact energy to the wearer over the entire sole and redefines cushioning and stability. For every working day full of energy with noticeably more comfort and significantly reduced foot fatigue.

• Particularly lightweight S1 P safety low shoe
• Suitable for chrome allergy sufferers as made from synthetic materials
• All sole materials are free from silicones, plasticizers and other substances that impair paint wetting
• Individually adjustable, elastic laces with quick-release fastener

• Exceptional wearing comfort, to which a newly developed, wider last contributes just as much as the climate-optimized, breathable materials
• Virtually seamless upper construction made from high-tech micro velour material, perforated to prevent pressure points
• Replaceable antistatic comfort footbed with moisture transport system and additional heel and forefoot cushioning as well as good, supportive properties for the arch of the foot
• Soft padded tongue and collar
• Sizes 35 to 40 are made using a women's last

• Innovative uvex i-PUREnrj sole technology with the best cushioning properties in the forefoot and heel, good return of impact energy (rebound) over the entire midsole and optimum stability thanks to the foamed heel cage
• Ergonomically designed uvex x-tended grip TPU outsole implements the latest biomechanical findings, is particularly durable and therefore very slip-resistant, the tread pattern is particularly suitable for use on industrial floors
• Meets the ESD specification with a leakage resistance of less than 35 megohms
• New, wider, 100 % metal-free uvex xenova® toe cap - compact, anatomically shaped, with good lateral stability and thermally non-conductive, for more toe freedom and optimum fit
• Non-metallic, penetration-resistant insole according to current standard specifications, does not impair the flexibility of the shoe

• Light applications