Glove Net Low S1P HRO SRA ESD Diadora Utility work shoe
Low S1P safety shoe in scratch-resistant, water-repellent and breathable Perwanger leather in mesh fabric with Geox Net Breathing System perspiration system. 200J aluminum tip. Fit 11. 3D chimney lining for greater breathability e
Ideal for
Crafts
Buildings
plant
Industry and Workshop
Features Diadora Utility work shoe
Upper PERWANGER CRUST AND POLYESTER NET FABRIC
Footbed Removable microperforated and thermoformed footbed with activated carbon.
EVA midsole with TPU protective film
Sole Nitrile rubber HRO.
Breathable adds breathability to the properties of absolute protection, high resistance, lightness and flexibility of the K SOLE sole. Breathable, the breathable anti-puncture insole is patented and exclusive to Diadora Utility.
It is a transparent thermoplastic polyurethane film that completely wraps the EVA structure of the midsole, exploiting a high resistance to abrasion and thus using a greater durability of the shoe over time.
TPU heel protection technology that guarantees stability, comfort and always natural movements.
The Geox revolution is accomplished after long research aimed at an invention of a special membrane controlled by a microporous material, capable of absorbing sweat in the form of water vapor and expelling it through the perforated sole. The waterproof and breathable membrane provides feet to breathe without letting the water in. This offers natural thermoregulation and creates the ideal microclimate inside the shoe, providing dry and healthy feet. Thermoregulation is guaranteed even in the hottest climatic conditions and during the most intense work activities. Flexibility guaranteed maximum comfort in every situation.
Ideal for all sectors where it is necessary to contain the accumulation of static energy, protecting both the user and sensitive electronic components. The contact resistance of ESD footwear is below the anti-static level generally required in industrial environments. Footwear must be used whenever the formation of electrostatic charge must be discharged to the ground.