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Xr302 s1p src

Shoes in suede split leather and mesh - s1p hro src

Colour

Black-YellowBlack-Red

Size

394041424344454647

The product complies with the European Directive 89/686, notably regarding ergonomics, innocuousness, comfort and with standards :

SHOES IN SUEDE SPLIT LEATHER AND MESH – S1P HRO SRC

Upper: Suede split leather and polyester mesh. Lining: Polyamide absorbing. Insole: Removable preformed – Polyamide on EVA. Midsole: Cemented – PU with shock absorber Panoshock®. Outsole: Rubber. Non metallic shoe.

  • Light industry
  • Second work / craftsman
  • Services / Logistics
  • Antistatic
  • Cutting / Perforation
  • Heat
  • Shock
  • Slip
  • Reference pcb Colour Size
    XR302SPNJ39 5 Black-Yellow 39
    XR302SPNJ40 5 Black-Yellow 40
    XR302SPNJ41 5 Black-Yellow 41
    XR302SPNJ42 5 Black-Yellow 42
    XR302SPNJ43 5 Black-Yellow 43
    XR302SPNJ44 5 Black-Yellow 44
    XR302SPNJ45 5 Black-Yellow 45
    XR302SPNJ46 5 Black-Yellow 46
    XR302SPNJ47 5 Black-Yellow 47
    XR302SPNR39 5 Black-Red 39
    XR302SPNR40 5 Black-Red 40
    XR302SPNR41 5 Black-Red 41
    XR302SPNR42 5 Black-Red 42
    XR302SPNR43 5 Black-Red 43
    XR302SPNR44 5 Black-Red 44
    XR302SPNR45 5 Black-Red 45
    XR302SPNR46 5 Black-Red 46
    XR302SPNR47 5 Black-Red 47
  • EN ISO 20344:2011 Personal protective equipment - Test methods for footwear
  • This standard defines the test methods for safety footwear, protective footwear, and occupational shoes. It may be used only in conjunction with standards EN ISO 20345 and EN ISO 20347, which specify the requirements for the shoes as a function of specific levels of risk involved.
  • EN ISO 20345:2011 Personal protective equipment - Safety footwear.
    • S1P HRO Additional special requirements
    • SRC Slip resistance
    In reference to standard EN ISO 20344, this European standard defines the basic and the additional (optional) requirements for safety footwear for the workplace, marked «S». The safety shoe is equipped with safety toe caps designed to withstand a maximum impact of 200 joules and crushing up to 15 kN.