SCARPA U-POWER IROKO S3 SRC ESD
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Delivery in 7-10 working days
The U-Power Iroko S3 SRC ESD Shoe is an ideal safety and comfort solution for those working in environments that require reliable and comfortable safety without the use of metallic materials.
Technical Features:
Upper: Made of soft, full-grain, water-repellent leather, with MATRIX anti-abrasion toe safety and breathable Mesh inserts for increased safety and breathability.
Lining: Wing Tex with breathable air tunnel to keep feet cool and dry.
Toe cap: AirToe Composite for increased safety and lightweight.
Anti-perforation: Save & Flex PLUS for additional protection against perforations.
Insole: U-POWER original for unique comfort and ideal anatomical shape.
Midsole: Soft expanded PU for unique comfort.
Outsole/Tread: Compact PU anti-abrasion, anti-oil, anti-slip, and anti-static for increased stability.
Fit/Anatomical Shape: Natural Comfort 11 Mondopoint to offer natural comfort and ideal anatomical shape.
Sizes available: From 35 to 48, to accommodate all needs.
Protection Class: S3 SRC ESD
UNI EN ISO 20345:2022 Standard
The U-Power Iroko S3 SRC ESD Shoe has been designed to offer a unique combination of comfort, safety, and lightweight. Its soft, water-repellent full-grain leather upper ensures good traction, while the MATRIX anti-abrasion toe safety and breathable Mesh inserts provide increased safety and breathability.
The Wing Tex lining with breathable air tunnel keeps feet cool and dry, while the AirToe Composite toe cap offers increased safety and lightweight. The Save & Flex PLUS anti-perforation feature ensures additional protection against perforations.
The U-POWER original insole provides unique comfort and an ideal anatomical shape, while the soft expanded PU midsole offers unique comfort. The Compact PU outsole/tread is anti-abrasion, anti-oil, anti-slip, and anti-static, ensuring increased stability.
With the U-Power Iroko S3 SRC ESD Shoe, you can work safely and comfortably without the use of metallic materials. Its S3 SRC ESD classification complies with the UNI EN ISO 20345:2022 standard.