AIRONE S3 low dark blue
Zapatos
CL0201059842
Color:
EN ISO 20345 (S3 FO SR)
Calzado de seguridad
Material:
Toe cap material: metal
Antipuncture midsole material: metal
Upper material: PUTEK
Outsole material: double density polyurethane
Lining material: Airnet Mesh
Descripción:
• safety low model, standard S3 with steel puncture resistant insole and toe cap, antistatic, antislip, acid and oil resistant PU/PU sole, energy absorption in heel • the upper is made of innovative material PUTEK • this material is very durable especially in abrasion. At the same time is breathable and light
Estándares:
EN ISO 20345 (S3 FO SR)
Características:
Industria: Transporte y almacenamiento, Industria pesada, Industria pesada, Automoción, Transporte y almacenamiento, Construcción
Fabricado en UE
Item weight: 640 g
Absorción de energía en el tacón (E)
Suela antideslizamiento (SRA, SRB, SRC) - no hay distinción entre A, B y C
Mediasuela de acero antiperforación (P)
Calzado antiestático (A)
Parte superior transpirable
Consejo de Seguridad
Tecnología
Lining in 3-layer fabric characterized by a network of micro-channels that, in adition to perfectly eveloping the foot, ensures exceptional breathability and therefore the total release of water vapour outside the shoe. The material also stands out for its high abrasion-resistance and antimicrobial and antibacterial treatment.
PUTEK fabric is a very important technological innovation in the field of safety footwear because it transforms the upper into a real barrier of protection. It combines the best function of breathability and waterproofing and thanks to RIPSTOP technology, a reinforcement technique that makes the fabric resistant to tearing, provides resistance to wear and traction while remaining extremely light and flexible. It is crease-resistant and non-deformable, elastic and easy to maintain.
Removable insole, antistatic and anti-odour, which guarantees exceptional performance in terms of water vapour absorption and release capacity. Moreover, thanks to SANITIZED® technology, the surface in contact with the sole of the user’s foot benefits from the integrated hygienic function that prevents the proliferation of any potentially harmful microorganism.