Elten Alessio Mid safety shoe S3 SRC ESD

Elten Alessio Mid S3 high-top safety shoe with steel toe, injected PU scuff toe, SRC anti-slip sole, and ESD certification. Made of cowhide leather with a breathable textile lining, equipped with a full ESD PRO black insole, protective midsole, and a coarsely profiled PU/PU safety-grip outsole. Available in 3 width sizes.

• Comfortable high safety shoe.
• S3 classification and SRC anti-slip sole.
• Made of cowhide leather.
• Breathable textile lining.
• Equipped with a padded water-resistant tongue.
• Full insole ESD PRO black.
• ESD protective soft fleece insole.
• Steel midsole.
• Coarse-profiled PU/PU sole SAFETY-GRIP.
• Injected PU toe cap.
• Steel toe protection.
• Various width sizes.

The blue eye-catcher for particularly wide feet. Even with particularly wide feet, wearers need not worry about pressure points or shoes that do not fit. The Alessio Blue Mid ESD S3 is an extra-wide safety shoe for wide feet, which immediately stands out thanks to its striking blue sole.

As a robust shoe of safety class S3, it reliably protects against falling objects or ground hazards with a steel toe and metal-free anti-perforation protection. Furthermore, thanks to the SRC-certified, coarse-grained PU/PU sole from the Elten Safety-Grip series, it scores points for slip resistance, even on slippery or uneven surfaces.

The Alessio Blue Mid ESD S3 is made of cowhide leather and features a breathable textile lining. The closed, padded flap also enhances wearing comfort. Reflective material on the sides increases visibility in the dark. The PU toe protection of the ESD-compatible shoe also prevents premature wear. The safety shoe is available in sizes 36 to 50.

Available in multiple widths:
W - Regular fit: 767541
XW - Wide fit: 767561
XXW - Extra wide fit: 767571

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.