Product description
- Microfibre/mesh material
- Breathable textile inner lining
- Padded tongue
- Entire insole ESD PRO black partly made of recycled materials
- Metal-free midsole
- PU/PU sole FUN
- Synthetic toecap
- EN ISO 20345:2022 S1PS FO/SR/M, type A
- Instep protection XRD® TECHNOLOGY
- Metal-free/leather-free
More midfoot protection
Doesn't just look like a Lakers by ELTEN, it is one. The only difference is that this LAKERS M black Low ESD S1P model offers midfoot protection. As this also covers the instep, this, together with the plastic safety toe cap, provides very good protection against impacts. The upper material is made of mesh and microfibre, both of which are particularly elastic and adapt perfectly to the foot. The wearer of the shoe quickly gets used to the new wearing sensation. As a result, the shoe is super safe. What else can it do? The inner lining is breathable, meaning that the climate inside the shoe remains consistently good, and together with the metal-free midsole (penetration protection) that protects against penetrating nails and shrapnel. And the two-layer long sole FUN offers good slip resistance and shock absorption, making the SR- and ESD-certified Lakers special shoe always suitable for work and leisure. Available in sizes 39 to 49.
Properties
- ESD: ESD-approved safety and occupational shoes thus not only protect people, but also serve to protect electrostatic hazard running construction parts and building groups.
- PROTECTION AGAINST PENETRATION: The penetration-protecting midsole prevents objects from penetrating through the sole.
- ORTHOPEDIC 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.
- XRD® TECHNOLOGY: XRD® is midfoot protection in the shoe: the flexible and shock-absorbing polyurethane foam insert is incorporated directly into the instep and protects the metatarsal from injuries caused by falling objects and impacts.
To be combined with
