Safety shoes X-FLOW L S1P SRC women's

Demar X-FLOW LB S1P women's safety shoes meet the standards EN 20345 (personal protective equipment - safety footwear), S1 (toe protection, antistatic properties, energy absorption in the heel area, closed heel area, anti-slip sole), SRC (slip resistance), CE (the footwear bears the European CE safety mark). Comfortable sporty-style low shoes for active users who value light, flexible, airy footwear. Solidly designed footwear, breathable, antistatic. Made of durable, damage-resistant, vapour-permeable polyester knit. The specially designed fabric weave and the footwear construction provide adequate ventilation and optimal wicking of moisture from inside the shoe. Lining made of polyamide spacer knit. The footwear has a lightweight construction, an anatomically shaped removable insole with an energy-absorbing element in the heel area, a composite toecap that effectively protects the toes against injury, and a protective strip is also used that eliminates pressure of the toecap edge on the foot. The low shoes guarantee comfort for the feet for many hours of work. The well-profiled dual-density PU/PU polyurethane sole offers excellent grip and protects the user against slipping. It is self-cleaning, anti-slip and oil-resistant, and provides good grip even on ceramic and steel surfaces. Low shoes worth considering, combining resistance and breathability. Appreciated by: the renovation and finishing trade, warehouse workers, fitters, workers in the retail and manufacturing sectors. CECHY PRODUKTU Safety shoes X-FLOW B S1P women's EN 20345 (personal protective equipment - safety footwear) S1 (toe protection, antistatic properties, energy absorption in the heel area, closed heel area, slip-resistant sole) SRC (slip resistance) CE (the footwear carries the European CE safety mark) Upper: vapour-permeable polyester knit Lining: polyamide spacer knit Composite toecap Protective strip eliminating pressure of the toecap edge on the foot Anatomically shaped removable insole Sole: PU/PU Well-defined tread Slip resistance Energy absorption in the heel area Antistatic properties Breathability Wearing comfort