Description
The sporty Portwest B0173 Central S1PS LG FO SR safety shoe offers the ideal combination of dynamic foot protection and long-lasting comfort for professionals. This modern safety shoe is specifically designed for active workdays where flexibility and safety must go hand in hand. Thanks to the use of advanced, lightweight materials, this model is extremely suitable for daily use in various demanding work environments.
For which specific tasks and sectors is this sporty safety shoe optimally suited?
This sporty safety shoe is ideally suited for professionals in logistics, the transport sector, light industry, and installation technology.
Thanks to the innovative ladder grip in the sole, this model offers extra stability and safety for tradespeople who regularly need to climb ladders, stairs, or scaffolding during their work. In addition, the advanced SR-certified slip resistance, extensively tested on ceramic tiles with glycerine, ensures reliable grip on slippery work floors. This effectively prevents slips and falls during active and dynamic shifts.
What do the S1PS standard and the other safety features of this work shoe mean exactly?
The S1PS standard means that this safety shoe is equipped with a protective safety toe cap capable of withstanding an impact of 200 joules, combined with a metal-free, puncture-resistant sole with a perforation resistance of 3 millimeters.
Furthermore, the FO designation stands for a sole that is resistant to hydrocarbons such as oil and fuel. The built-in shock absorption in the heel area absorbs hard impacts while walking, which significantly reduces leg and back fatigue during prolonged wear.
This anti-static shoe is available in both men's and women's widths for a perfect fit and optimal daily comfort on the work floor.
Features:
- Anti-static footwear
- 200 joule resistant safety toe cap
- Puncture-resistant sole
- Shock absorption in the heel area
- Hydrocarbon resistant
- Men's width
- Women's width
- Perforation resistance 3 mm
- Ladder grip
- SR - Slip resistance on ceramic and glycerine