Elten Sander Pro safety shoe S3 SRC ESD

Elten Sander Pro safety shoe S3 SRC ESD. Comfortable safety shoe. Available in sizes 38 to 48: the lightweight, fashionable SANDER Pro GTX ESD S3 safety boot from the ELTEN TRAINERS series. The ESD equipment enables use in electrostatically sensitive areas.

• Comfortable high safety boot.
• Hydrophobic microfiber/hydrophobic textile.
• Features GORE-TEX Extended Comfort Footwear.
• Padded water-resistant tongue.
• Full insole ESD PRO black.
• Metal-free anti-penetration midsole.
• TPU/PU sole TRAINERS.
• Abrasion-resistant TPU protective toe cap.
• Synthetic toe protection.
• EN ISO 20345 S3 SRC, type B.
• Metal-free/leather-free.
• Available in sizes 38 to 48.

Available in sizes 38 to 48: the lightweight, fashionable safety boot SANDER Pro GTX ESD S3 from the ELTEN TRAINERS series. The ESD equipment enables use in electrostatically sensitive areas. The Elten Sander Pro is metal-free. Being leather-free is an advantage for people allergic to tanning agents. The wear-resistant upper material consists of hydrophobic microfiber and hydrophobic textile material – both easy care and quick-drying.

Special feature: the breathable GORE-TEX climate membrane permanently prevents moisture from entering the shoe and ensures dry feet. The SANDER Pro GTX safety shoe features a synthetic toe cap and anti-perforation protection for greater flexibility when kneeling. The treaded TRAINERS sole prevents the risk of slipping on slippery surfaces, and reflective material on the upper ensures the wearer is more visible, even in poor visibility. The TPU overcap in the toe area of the shoe ensures a long service life for the shoe. Another plus: certification according to DGUV Rule 112-191 allows for standard orthopedic modifications to the shoe – easily performed by the orthopedic shoemaker!

ESD (electrostatic discharge)
You can minimize static electricity using conductive materials, such as ESD-approved shoes that literally ground you and discharge static electricity away from your body. In this way, you avoid the transfer of static electricity to the material you are working with.