Elten Daniel Pro Low safety shoe S3 SRC ESD

Elten Daniel Pro Low S3 low safety shoe with steel toe, protective midsole, and ESD certification. Equipped with a wear-resistant TPU protective toe cap, SRC anti-slip sole, and PU/PU Ergo-Active 2 for extra grip. Features a breathable textile lining and a semi-orthopedic ESD black insole. Available in three width sizes.

• Comfortable low safety shoe with S3 classification.
• Made of hydrophobic nubuck leather.
• The work shoe features an SRC certified anti-slip sole.
• Breathable textile lining.
• The padded water-repellent tongue creates a dirt-repellent effect.
• Semi-orthopedic insole ESD black.
• This shoe features a metal-free midsole.
• PU/PU sole ERGO-ACTIVE 2.
• Abrasion-resistant TPU protective toe cap.
• Features a steel toe cap.
• Women's fit: Sizes 36 – 39 are optimally tailored to the ergonomics of the female foot.

The Daniel pro Low ESD S3 can be used in many applications because the SRC-certified PU/PU outsole is suitable for both indoor and outdoor use. The hydrophobic nubuck leather inhibits the effects of moisture, and the work shoe maintains a balanced shoe climate with its breathable textile lining.

The ESD-compatible safety shoe is also a reliable companion in many work environments, featuring a steel toe and non-metallic anti-perforation protection. And even during frequent kneeling activities, the toe of the shoe does not rub off as easily because it is protected by a TPU overcap. A real plus in terms of comfort comes from the three fits in which the Daniel pro Low ESD S3 from the Ergo Active series is available. This shoe is available in sizes 36 to 48.

Women's fit:
Sizes 36 to 39 are optimally tailored to the ergonomics of the female foot.

Explanation of width sizes:
Type 1 - for wide feet
Type 2 - for medium-width feet
Type 3 - for narrower feet

ESD (electrostatic discharge)
You can minimize static electricity by 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.