uvex 2 safety shoe S3L low shoe width 11, size 35-48

• uvex 2 safety shoes - pushing the limits
• Superior in all disciplines. The innovative uvex 2 safety shoe series in protection classes S3 and S1 P is not afraid of any challenge: optimum cushioning, ergonomic fit, low weight and the best climate properties ensure maximum performance in everyday working life and redefine the limits for safety shoes.

• Lightweight and flexible S3 safety low shoe
• all sole materials are free from silicones, plasticizers and other substances that impair paint wetting
• longer durability of the upper material over the toe cap thanks to foamed polyurethane overcap
• individually adjustable, elastic laces with quick-release fastener
• uvex medicare: for orthopaedic fittings and insoles in accordance with DGUV 112-191 / ÖNORM Z1259
• not for work on live systems and equipment
• Color: black, orange
• available in widths: 10, 11, 12, 14
• available in sizes: 35 to 52

• Extraordinary wearer comfort, to which a newly developed last contributes just as much as the climate-optimized, breathable materials (uvex climazone)
• virtually seamless upper construction made from particularly soft cowhide to prevent pressure points
• replaceable antistatic comfort footbed with moisture transport system and additional heel and forefoot cushioning
• soft padded dust flap and collar

• Protection class S3 according to EN ISO 20345:2011 with additional marking for very good slip resistance (SRC)
• fulfills the ESD specification with a leakage resistance of less than 35 megohms
• 100 % metal-free uvex xenova® toe cap - compact, anatomically shaped, with good lateral stability and thermally non-conductive
• metal-free, penetration-resistant uvex xenova® midsole - does not impair the flexibility of the shoe
• ergonomically designed outsole made of dual-density polyurethane with a coarse, self-cleaning tread pattern and excellent slip resistance
• Safe standing even on ladders thanks to the stabilizing joint area
• reflective elements on the upper and lacing

• Medium applications

Technical data