Elten Senex XXT PRO safety shoe BOA closure S3 SRC ESD

Elten Senex XXT PRO BOA S3 safety shoe with synthetic toe cap and metal-free protective midsole. Equipped with abrasion-resistant TPU toe cap and BOA Fit System, SRC anti-slip sole with ESD certification. Features breathable textile lining, full ESD PRO black insole, and Wellmaxx Trainers PU/PU sole. Leather-free, sole core made of Infinergy by BASF.

• Comfortable low safety shoe.
• S3 classification and SRC anti-slip sole.
• ESD approved.
• Hydrophobic microfiber/hydrophobic textile CORDURA.
• Breathable textile lining.
• Padded water-resistant tongue.
• Full insole ESD PRO black.
• Metal-free midsole.
• PU/PU sole WELLMAXX TRAINERS.
• Abrasion-resistant TPU protective toe cap.
• Synthetic safety toe cap.
• BOA Fit System.
• Leather-free, sole core made of Infinergy by BASF.
• Available in sizes 36 to 48.

Tying laces is a thing of the past. The Senex XXT Pro BOA ESD S3 is impressive as a whole: With the new BOA closure system, the shoe can be fastened super fast. It is very lightweight, and the core of the sole incorporates BASF's Infinergy material.

The SRC-certified PU/PU outsole of the Wellmaxx Trainers series therefore offers particularly good cushioning, so that approximately half of the energy consumed during walking is returned to the wearer. With the Cordura and hydrophobic microfiber upper material, it is highly dirt- and water-repellent and easy to clean.

Thanks to the metal-free midsole and the synthetic safety toe, the wearer's feet are protected against hazards without the shoe becoming too heavy. The breathable textile lining of this ESD-certified safety shoe ensures a balanced shoe climate, and the TPU protective toe (scuff toe) protects the toe of the shoe, especially during kneeling activities. The Senex XXT Pro BOA ESD S3 is available in sizes 36 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.