The Portwest B0605 S3 safety shoe is a high-quality, metal-free safety shoe specially designed for professionals who require reliable foot protection in the workplace every day. This robust shoe is ideal for both men and women working in challenging sectors where safety and comfort must go hand in hand. Thanks to advanced materials, this model offers optimal protection in various demanding work conditions.
For which tasks and sectors is this Portwest B0605 S3 safety shoe most suitable?
This safety shoe is perfectly suited for construction, logistics, light industry, and installation technology. Thanks to the water-repellent upper, your feet stay dry while working in damp conditions, both indoors and outdoors.
Furthermore, the shoe is completely non-magnetic and free of nickel and iron. This makes the model ideal for environments with metal detectors, such as airports and high-security distribution centers, where you need to pass through without obstruction.
What do the S3 rating and other safety classes mean for this S3 safety shoe?
The S3 rating guarantees that this shoe is equipped with a protective safety toe cap capable of withstanding an impact of 200 joules, and a puncture-resistant sole that prevents sharp objects from penetrating. The S3 class also provides a water-repellent upper and antistatic properties.
The SRC certification indicates the highest anti-slip standard on both ceramic tiles and steel floors. Additionally, the sole is resistant to hydrocarbons and offers excellent shock absorption in the heel to relieve stress on your joints.
The shoe is available in width sizes for both men and women and can be fitted with an orthopedic footbed in accordance with the European DGUV112-191 standard.
Features:
- Antistatic footwear
- Water-repellent upper to prevent water penetration
- Non-magnetic - nickel and iron-free
- 200-joule impact-resistant safety toe cap
- Puncture-resistant sole
- Shock absorption in the heel area
- Hydrocarbon-resistant
- Men's width
- Women's width
- Customized orthopedic footbed, in accordance with the European standard DGUV112-191
