Product description
- Hydrophobic suede leather/textile
- Breathable textile inner lining
- Padded water tongue
- Entire insole ESD PRO black partly made of recycled materials
- ESD protective soft fleece insole
- PU/PU sole CROSSWORKER
- Hard-wearing PU toe cap
- Steel toecap
- EN ISO 20345:2022 S2 FO/SR/SC/LG, type A
Fashionable shoe with special sole
The MICK black-red Low ESD S2 is the right choice for those who like to work safely on the ladder while also looking very fashionable. The special feature of the low safety shoe is the PU/PU sole CROSSWORKER, which, with its 10-millimetre heel edge, offers particularly good grip on ladder rungs. But that's not all. The sole has an integrated PU toe cap that prevents the upper from wearing out too quickly at the toe during kneeling work. Moreover, the extremely slip-resistant sole impresses with its deep tread, offering excellent grip on all surfaces. The upper material is made of water-repellent velour leather and textile. The wave-shaped red design elements and decorative stitching that give this shoe its modern look deserve special mention. The breathable textile lining ensures a continuously pleasant shoe climate. The protective steel toecap provides the necessary safety against falling objects. The wearer of this shoe can even work with sensitive electronics. The ESD PRO black insole conducts static electricity outward in a targeted manner via the sole. Der MICK black-red Low ESD S2 is available in sizes 40 to 48.
Properties
- ESD: ESD-approved safety and occupational footwear thus not only protects people, but also serves to protect electrostatically dangerous construction parts and building groups.
- REFLECTING MATERIAL: Reflective materials which optimise visibility in dark environments.
- ORTHOPEDICAL FOOT PROTECTION: The shoe is certified for orthopaedic adjustments according to DGUV Standard 112-191. An orthopaedic shoemaker of your choice can make a number of orthopaedic adjustments tailored to your personal situation, such as orthotics, without the shoe losing its protective function and standard.
To be combined with
