Elten 766841 Laurenzo PU Mid ESD S3 safety shoe made of cowhide leather. ESD approved, safety classification S3, and an SRC anti-slip sole. Equipped with a steel toe cap, metal-free anti-penetration midsole, and a coarsely profiled PU/PU outsole. Fitted with an injected PU scuff toe and a padded water-resistant tongue.
- Comfortable high safety shoes made of robust cowhide leather.
- ESD (electrostatic discharge) approved shoes.
- Features an S3 safety classification and an SRC anti-slip sole.
- Equipped with a metal-free penetration protection midsole.
- Features a coarsely profiled PU/PU sole (SAFETY-GRIP).
- The injected PU toe cap offers extra protection and reduces wear.
- The metal-free anti-perforation protection provides greater freedom of movement when kneeling.
- High work shoe with a padded water-resistant tongue.
- Offers the possibility for orthopedic adjustments and/or arch supports.
- Equipped with a breathable textile lining.
- Features a full insole (ESD PRO black).
- Available in sizes 36 to 50.
The Laurenzo PU Mid ESD S3 safety shoe with ESD equipment is the right choice for working in electrostatically sensitive areas. The upper material is made of durable cowhide leather; thanks to the breathable textile lining, a comfortable shoe climate is created inside the safety shoe.
Steel caps protect the toes against serious injuries and the metal-free anti-perforation protection provides greater freedom of movement when kneeling. The coarse PU/PU profile sole with two layers of SAFETY-GRIP ensures optimal grip on all types of surfaces. PU toe protection prevents premature wear of the upper leather in the forefoot.
Reflective material serves to improve the safety of the wearer, even in adverse lighting conditions. Offers the possibility to fit orthopedic adjustments and/or insoles to this model in accordance with DGUV standard 112-191. Available in sizes 36 to 50.
ESD (electrostatic discharge)You can minimize static electricity by using conductive materials, such as ESD-approved shoes that literally ground you and dissipate static electricity from your body. In this way, you avoid the transfer of static electricity to the material you are working with.