Elten Maddox Black-Red Low safety shoe S3 SRC ESD

Elten 729561 Maddox Black-Red 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 hydrophobic microfiber and hydrophobic textile. Features a penetration-protective metal-free midsole and a padded tongue.

• Comfortable low safety shoe with a steel toe cap.
• Equipped with electrostatic discharge ESD.
• Features an S3 safety classification and an SRC anti-slip sole.
• Metal-free and penetration-protective midsole.
• Made of hydrophobic microfiber/hydrophobic textile.
• Leather-free, cushioning sole technology Infinergy by BASF.
• Special cushioning system for optimal walking comfort.
• Equipped with a TPU/PU sole (MAXXIMO).
• Equipped with a padded tongue.
• Features a breathable textile lining.
• Features antistatic properties in the sole.
• Offers the possibility for orthopedic adjustments and/or arch supports.
• Equipped with a full insole (SPORTIVE ESD black).
• Awarded the PLUS X AWARD.
• Available in sizes 35 to 48.

The Elten Maddox Black-Red Low is equipped with a TPU/PU sole (MAXXIMO) and features a black SPORTIVE ESD full insole. The antistatic properties of the sole allow for working with sensitive equipment. The Infinergy sole core is completely leather-free and offers an innovative cushioning system and optimal walking comfort. Features a breathable textile lining.

The shoe features reflective materials that optimize visibility in dark environments for increased safety. Offers the possibility to fit orthopedic adjustments and/or arch supports to this model in accordance with DGUV standard 112-191.

This shoe has been awarded the PLUS X AWARD, an award by an independent jury for a high-quality product and innovative design. Available in sizes 35 to 48.

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.