Atlas TX 40 safety shoe Velcro S2 SRC ESD

Atlas TX 40 2.0 ESD safety shoes with width size W10, Velcro closure, and steel toe. A comfortable low-cut, S2-classified work shoe equipped with an SRC anti-slip sole. Equipped with electrostatic discharge (ESD). Features a lightweight MPU outsole with an innovative Activ-X lining on the inside.

• Professional S2 certified low-cut safety shoes.
• Equipped with electrostatic discharge (ESD).
• Sporty model featuring an innovative Activ-X lining.
• Available in width size W10 with Velcro closure.
• SRC anti-slip sole ensures excellent grip.
• Upper made of SOFT nubuck leather.
• Equipped with a lightweight MPU outsole.
• Available in sizes 36 to 49.

3D cushioning system
With the new ATLAS® 3D cushioning system, you walk noticeably softer, without signs of fatigue. The basis for this excellent walking comfort is formed by the following three components: Pressure relief. Cushioning. Dynamics. This is ensured by the perfect interplay of a pressure-relieving insole and the lightweight and responsive MPU sole technology.

aktiv-X lining
Especially during daily work and under high physical strain, temperature-regulating properties are not only desirable but expected. The functional aktiv-X lining guarantees maximum quality and innovative technology, and offers the wearer permanent, active moisture regulation. The functional aktiv-X lining has a moisture-regulating effect and ensures that the shoes dry quickly. The lining does not bleed color, is skin-friendly, and resistant to abrasion. Furthermore, the lining is certified according to the Oeko-Tex Standard 100.

MPU® INNOFLEX System
ATLAS® combines the latest technologies with the anatomical needs of every wearer. The new INNOFLEX System® is a general outsole concept and supports the runner in every phase of movement.

ESD (electrostatic discharge)
You can minimize static electricity using conductive materials, such as ESD-approved shoes that literally ground you and dissipate static electricity away from your body. In this way, you avoid the transfer of static electricity to the material you are working with.