Elten Vintage Pirate Low safety shoe S3 SRC ESD

Elten 722071 Vintage Pirate Low safety shoe, low model with a steel toe cap. Equipped with electrostatic discharge (ESD), safety classification S3, and an SRC anti-slip sole. Made of waxy cow leather in a vintage design. Features a penetration protection midsole and a padded water-repellent tongue.

• Comfortable low safety shoe with a steel protective toe cap.
• ESD (electrostatic discharge) approved shoes.
• Features an S3 safety classification and an SRC anti-slip sole.
• Metal-free and penetration-protective midsole.
• Made of waxy cowhide in a vintage design.
• Equipped with a coarsely profiled RUBBER/PU sole (L10 PIRATE).
• The L10 profile sole ensures excellent slip resistance and good grip on unsafe surfaces.
• This safety shoe is lightweight, looks more like a casual shoe, and is extremely comfortable to wear.
• Equipped with a padded water-resistant tongue.
• Features a Bioactive textile lining.
• Features antistatic properties in the sole.
• Offers the possibility for orthopedic adjustments and/or arch supports.
• Equipped with a full insole (ESD PRO grey).
• Available in sizes 37 to 47.

Equipped with a coarsely profiled RUBBER/PU sole (L10 PIRATE). Features an ESD PRO grey full insole and a Bioactive textile lining. The antistatic properties of the sole allow for working with sensitive equipment. The metal-free anti-perforation protection offers extra protection to the underside and provides greater flexibility and comfort during kneeling activities.

Like all models in the L10 series, this safety shoe is lightweight, looks more like a casual shoe, and is extremely comfortable to wear. Offers the possibility to fit orthopedic adjustments and/or arch supports to this model in accordance with DGUV standard 112-191. Available in sizes 37 to 47.

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.