Model No: Cador S1P

Safety Joggers Cador S1P

 9000

CADOR S1P

  • Upper: Mesh
  • Outsole: PU/PU
  • Toecap: Steel
  • Midsole: Steel
  • Lining: 3D-Mesh
  • Footbed: SJ foam footbed
  • Safety category: EN ISO 20345:2011 ASTM F2413:2018
  • Sample weight: 0.575 kg
  • Size range: EU 35-48 / UK 3-13.0 / US 3.0-13.5 / CM 23.0-31.5







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Cador is a low-cut S1P safety shoe made of mesh, a slip resistant outsole that fulfills electrostatic discharge requirements and a steel toe cap and anti-penetration sole. Its main assets? Good quality in exchange for a competitive price. High wearing comfort – with optimum shock absorption in heel and forefoot – that puts an end to aching feet at the end of the working day. And a sporty and fun design with fashionable color accents, making it an ideal fit for both men and women. Of course with the same quality standards that Safety Jogger always guarantees and that allow you to work in complete safety. Ideal for light applications in the automotive, construction, industrial, logistics and engineering sector.
Steel Toecap: Robust metal support to protect the feet of the wearer against falling or rolling objects.
Airblaze technology: Moisture and temperature management system to provide optimum wearer comfort by keeping your feet dry and comfortable.
Steel midsole: Puncture resistant steel midsoles are made from stainless or coated steel and prevent sharp objects from penetating the outsole.
S1P: You work in dry environments, no risk of water/liquid sprays, and you need protection for your toes, protection against perforation, and a good breathability? Then you need S1P safety footwear.
SRC slip resistance: Slip resistant soles are one of the most important features of safety and occupational footwear. SRC slip resistant soles pass both SRA and SRB slip resistant tests, they are tested on both steel and ceramic surfaces.
Electrostatic Discharge (ESD): ESD provides the controlled discharge of electrostatic energy that can damage electronic components and avoids risks of ignition resulting from electrostatic charges. Volume resistance between 100 KiloOhm and 100 MegaOhm.