Dielectric shoe model Voltage SB E FO P WRU HRO SRC by Aboutblu
Di-Electric Voltage model work shoe made of oiled full-grain leather, water-repellent and breathable upper.
3D fabric lining that keeps the foot constantly cool and dry thanks to the instant absorption of sweat and its immediate dispersion
on the outside of the shoe. breathable, antibacterial, resistant to wear and abrasion.
Insole in anti-bacterial, breathable and absorbent multi-layered fabric with activated carbon and anti-fungus. Cushioned heel and arch support.
BASF PUR Elastopan® polyurethane foam midsole, ensures maximum comfort and impact absorption on any surface.
Antistatic tread in high grip rubber, resistant up to 300 ° C (HRO certified), guarantees the highest levels of anti-slip. Resistant to wear, oils and hydrocarbons. It does not leave its mark on the surface.
The Anatomical shape, following the natural morphology of the foot, offers a natural support to all its points, guaranteeing maximum comfort for the entire duration of the shoe itself, unlike the anatomical insoles which deteriorate over time and lose their benefits.
Non-metallic anti-perforation textile insole, built with multiple layers of high tenacity fibers. Antistatic, light, flexible, it ensures perfect thermal insulation. Compliant with: EN 12568: 2012; EN ISO 20344/345; CSA-Z195-09; ASTM F2413-11.
Power Cap - is in multilayer of fiberglass and rubber particles. It stands out for its strength and lightness, guaranteeing shock absorption up to max. 200 Joules. Metal free is not detectable by the metal detector.
Guaranteed even in extreme temperatures, above and below freezing, it offers better thermal insulation than aluminum or steel tips and helps to maintain a constant body temperature.
Complies with regulations and exceeds the requirements of EN ISO 12568 COMPOSHANK ABS anti-twist support. It is applied between the lamina and the sole, in correspondence
of the arch of the foot. It improves stability on stairs, where foot support is not complete
SIZE 38-48
WEIGHT TG. 42 800 gr