Products
SCARPA BASE I-CYBER FLUO S1P SRC ESD
BRAND :
Rating
€58.00
€70.76 IVA incl.
PARTITA IVA NECESSARIA PER ACQUISTARE QUESTO ARTICOLO
CODICE FISCALE NECESSARIO PER ACQUISTARE QUESTO ARTICOLO
Protection class:
S1P ESD SRC
EU regulation:
EU Regulation UNI EN ISO 20345:2022
The Base Shoe I-Cyber Fluo S1P SRC ESD is designed to provide a high level of comfort, balance, and safety during work. A padded collar reduces pressure on the heel area, significantly improving comfort.
The SmellStop technology in the lining ensures maximum breathability, while the antibacterial treatment helps reduce odors and eliminates bad smells. This prevents bacteria from spreading on the shoe.
The abrasion-resistant toe-cap of the Base Shoe I-Cyber Fluo S1P SRC ESD ensures greater durability.
The toe is made with SlimCap technology, characterized by reduced thickness at the tip (6.5 mm) and features a perfectly shaped protective strap to prevent pressure and pain on the toes.
The fatigue-relieving sole is structured with exclusive Base Protection technology, which reduces the hard and compact thickness of the outsole; ensuring greater flexibility and cushioning effect.
DESCRIPTION
The Base Shoe I-Cyber Fluo S1P SRC ESD is designed to provide a high level of comfort, balance, and safety during work. A padded collar reduces pressure on the heel area, significantly improving comfort.
The SmellStop technology in the lining ensures maximum breathability, while the antibacterial treatment helps reduce odors and eliminates bad smells. This prevents bacteria from spreading on the shoe.
The abrasion-resistant toe-cap of the Base Shoe I-Cyber Fluo S1P SRC ESD ensures greater durability.
The toe is made with SlimCap technology, characterized by reduced thickness at the tip (6.5 mm) and features a perfectly shaped protective strap to prevent pressure and pain on the toes.
The fatigue-relieving sole is structured with exclusive Base Protection technology, which reduces the hard and compact thickness of the outsole; ensuring greater flexibility and cushioning effect.
Grade
Francesco Zoppo
11/05/2024