Elten Sander safety shoe S3 SRC ESD

The Elten Sander is a metal-free S3 safety shoe with a synthetic toe cap and a protective metal-free midsole. Equipped with an SRC anti-slip sole, ESD certification, and is leather-free. Made of hydrophobic microfiber/textile CORDURA with a full ESD PRO black insole, padded water tongue, and TPU/PU Trainers sole.

• Comfortable high safety shoes.
• S3 classification and SRC anti-slip sole.
• ESD approved.
• Hydrophobic microfiber/hydrophobic Cordura textile.
• Breathable textile lining.
• This shoe features a padded water-resistant tongue.
• Full insole ESD PRO black.
• Features a metal-free midsole.
• TPU/PU sole TRAINERS.
• Features a synthetic safety toe cap.
• This work shoe is completely metal-free/leather-free.
• Available in sizes 35 to 47.

If you are looking for an ESD-compatible safety shoe, the Sander ESD S3 from the Elten Trainers series is a good choice. Low weight, a fashionable appearance, and excellent wearing comfort are hallmarks of the entire series. The Sander ESD S3 is metal- and leather-free; on the one hand, it can be used in metal-sensitive areas, and on the other, it is suitable for people allergic to leather.

Certification according to DGUV Rule 112-191 allows for orthopedic adjustment of the safety shoe. Cordura and microfiber are used in the upper material, which are tear- and abrasion-resistant, as well as dirt- and water-repellent. As a result, the upper is breathable, easy to maintain, and quick-drying. Inside, a textile lining ensures a good shoe climate; a synthetic toe cap and metal-free penetration protection shield the foot from injury.

Reflective material increases worker safety in low light conditions. Finally, the Trainers outsole prevents slipping, even on difficult terrain. Their red-grey color scheme, matching the upper of the safety shoe, is a trendy eye-catcher. Available in sizes 35 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.