U-POWER XENO CI FO S3 ESD SHOE

Delivery in 7-10 working days

Our Xeno work shoes fully meet the requirements of design and safety, offering an effective combination of the two. The chosen materials are of high quality and provide excellent performance. Specifically, the low work shoes with microfiber upper have a water-repellent nubuck effect that ensures protection from liquids. Additionally, the toe cap is made of polyurethane and provides extra support to the foot. The soft white calf leather used for the lining extends from toe to heel, creating a comfortable embrace for the foot. The S3 safety shoes are equipped with an anatomical, antibacterial, and breathable U-Power Original insole in soft white calf leather. This choice ensures maximum comfort throughout the workday. The Infinergy technology allows for an optimal energy recovery of 55% with each step, providing a prolonged sense of well-being and increasing productivity. Xeno fully meets the requirements of the S3 SRC CI ESD safety class. Other unique features include: - Lightweight AirToe Aluminium toe cap to reduce impact and ensure total safety. - Save & Flex PLUS non-metallic anti-perforation system, ensuring complete safety for the entire sole of the foot and the front part. Our footwear also provides cold insulation certified by the CI marking on the sole. Our work shoe complies with the UNI EN ISO 20345:2022 standard, classified as follows: Protection class: S3 SRC CI ESD UNI EN ISO 20345:2022 standard Description of the product: Safety shoes with U-Power Original insole, anatomical and breathable design. Water-repellent and antibacterial materials for maximum comfort during use. S3 safety class for high protection against impact and the impact of heavy objects. SRC (Shock Resistance) for impact absorption. CI (Cold Insulation) for thermal insulation of the footwear sole. ESD (Electrostatic Dissipative) for dissipation of electric charges. Infinergy energy recovery system, lightweight AirToe Aluminium toe cap, non-metallic Save & Flex PLUS anti-perforation system.