
Highlights & Details
Slipper 6596/2 S3 Gr.52 PUR-Sole W11
Technical specifications
- Sole width 11
- Comfort footbed uvex 1 sport
- Product type
Safety shoes
- Factory colour
Black
- Safety class
S3
- Shoe size (EU)
52
- Sole material
Two-density polyurethane (PU/PU)
- Lacing type
Shoe laces
- Protective cap
Plastic
- Features
Suitable for people suffering from chrome allergy
- EN standard
EN ISO 20345:2011 S3
- Material
Velour
- Certification marks
EN ISO 20345:2011
- Shoe width
11
- UKCA
not relevant
Documents & Downloads
Datasheet
Datasheet 2264686 uvex 6596 6596252 Safety shoes S3 Shoe size (EU): 52 Black 1 Pair
Datasheet 2264686 uvex 6596 6596252 Safety shoes S3 Shoe size (EU): 52 Black 1 Pair
User & Safety Instructions
User & Safety Instructions 2264686 uvex 6596 6596252 Safety shoes S3 Shoe size (EU): 52 Black 1 Pair
Description
This text is machine translated.
Features
- Modern, lightweight and flexible S3 safety slipper
- Suitable for chrome allergy sufferers as it is made of synthetic materials
- All sole materials are free of silicone plasticizers and other substances that interfere with lacquer wetting
- Meets the ESD specification with leakage resistance of less than 35 megohm
- 100% metal-free uvex xenova® toe cap
- Compact anatomically shaped with good lateral stability and thermally non-conductive
- Ergonomically designed outer sole made of two-density polyurethane with very good slip resistance
- Non-metallic penetration-inhibiting insert according to the latest standards does not impair the flexibility of the shoe
- Extraordinary wearing comfort to which a newly developed performance is added as well as the climate-optimized breathable materials
- To avoid pressure points, almost seamless shaft construction made of high-tech microvelours material
- Replaceable antistatic comfort foot bed with moisture transport system and additional heel and forefoot cushioning
- Soft padded strap and collar
- Light applications
- Certifies with uvex medicare for individual orthopedic insoles and individual changes in the outer sole, such as foot increases in the inner or outer edge of the outer edge, as well as other solutions.
- This text is machine translated.




























