Elten Maja GTX Mid women's safety shoe S3 SRC ESD

The Elten Maja GTX Mid is a high-top S3 women's safety shoe with a steel toe, protective midsole, SRC anti-slip sole, and ESD certification. A comfortable leather-free women's shoe with a textile lining, Gore-Tex technology, a full Ladies ESD Black insole, and a PU/PU Nova sole. Made of hydrophobic microfiber and Cordura textile.

• The narrow fit of the shoe adapts to the female anatomy of the foot.
• The Gore-Tex lining material ensures a good climate balance.
• Hydrophobic microfiber/hydrophobic CORDURA textile material.
• GORE-TEX Extended Comfort shoes.
• Closed, padded tongue.
• Full insole WOMEN'S ESD black.
• ESD-suitable soft fleece insole.
• Steel anti-penetration midsole.
• PU/PU sole NOVA.
• Steel toe protection.
• Leather-free construction.

With the MAJA GTX Mid ESD S3 safety shoe, women's feet are well equipped. The narrow fit of the boot adapts to the female anatomy of the foot. The hydrophobic microfiber outer material and the wear-resistant CORDURA textile material are water-repellent and easy to clean. With MAJA, your feet won't get sweaty: the Gore-Tex lining ensures a good climate balance and prevents sweaty feet.

Equipped with a steel toe and a steel midsole, the leather-free shoe is the ideal companion for heavy-duty jobs where heavy objects fall on your feet or sharp objects can penetrate your soles. SRC certified and ESD compliant. MAJA is available in sizes 35 to 42.

GORE-TEX membrane
Acclimatizing membranes permanently protect your feet against wind, moisture, and wetness, are extremely breathable, and offer optimal climate comfort. This means that no water penetrates the material from the outside, but it can easily ventilate perspiration. GORE-TEX is known worldwide for its high quality and durability. This ensures the products last a long time.

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.