Elten Ambition Blue Low safety shoe S1 SRC ESD

Elten 72733 Ambition Blue Low safety shoe with a steel toe cap. Equipped with electrostatic discharge (ESD), safety classification S1, and an SRC anti-slip sole. Made of hydrophobic nubuck leather/mesh material. Features a padded water-repellent tongue and a breathable textile lining.

• Comfortable low safety shoe with a steel toe cap.
• Equipped with electrostatic discharge (ESD).
• Features an S1 safety classification and an SRC anti-slip sole.
• Made of hydrophobic nubuck leather/mesh material.
• Features a TPU/PU sole (DIMENSION PRO).
• Equipped with a padded water-resistant tongue.
• Features a breathable textile lining.
• ESD protective soft fleece insole.
• Features antistatic properties in the sole.
• Features a semi-orthopedic ESD insole.
• The curvature in the sole provides extra grip when climbing ladders.
• Offers the possibility for orthopedic adjustments and/or arch supports.
• Available in size 36 to 48.

Trendy safety shoe from the ELTEN DIMENSION PRO series: the AMBITION Blue Low ESD S1 impresses with its fashionable design featuring a two-tone sole. It is available in sizes 36 to 50 and, thanks to the extensive size range, can be worn by almost all employees. Thanks to the ESD equipment, it can be used in electrostatically sensitive areas. The breathable textile lining makes the shoe comfortable to wear. The upper is made of durable nubuck leather and mesh material. Steel toe caps protect the toes against impacts and pressure.

A soft sole core absorbs shocks on hard, slippery industrial floors, protecting the wearer's joints. The "honeycomb" profile of the outsole ensures optimal slip resistance, while special contact surfaces allow for easy turning in place. The AMBITION Blue Low ESD S1 safety shoe may be orthopedically modified in accordance with DGUV Rule 112-191 without losing its approval as a certified safety shoe.

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 away from your body. In this way, you avoid the transfer of static electricity to the material you are working with.