Elten Impulse Grey Easy safety shoe Velcro S1 SRC ESD

Elten Impulse Grey Easy S1 low-cut safety shoe with synthetic toe cap and Velcro closure. Very comfortable with a safe SRC anti-slip sole and ESD certification. Completely leather- and metal-free, manufactured from microfiber with a breathable textile lining on the inside. Equipped with an ESD grey semi-orthopedic insole and a protective soft fleece inner sole.

• Comfortable low safety shoe.
• S1 classification and SRC anti-slip sole.
• ESD equipment.
• Made of microfiber.
• Breathable textile lining.
• Padded tongue.
• Semi-orthopedic insole ESD grey.
• ESD protective soft fleece insole.
• TPU/PU sole BIOMEX DYNAMICS.
• Plastic toe cap.
• Metal-free/leather-free.
• Available in sizes 36 to 47.

The IMPULSE Grey Easy ESD S1, fashionably styled in black and grey, is an airy safety shoe from the ELTEN BIOMEX DYNAMICS series, available in sizes 36 to 47. Thanks to the ESD equipment, it is also suitable for use in electrostatically sensitive areas. You step into this shoe quickly and comfortably: the Velcro closure can be easily closed and opened again. A good foot climate is created by the lightweight, perforated microfiber upper and the breathable textile lining.

The metal- and leather-free equipment of the IMPULSE Grey Easy ESD S1 is an advantage for people who are allergic to leather. A synthetic toe cap protects the toes, and reflective material on the upper offers increased safety through better visibility. The flexible BIOMEX DYNAMICS outsole supports the dynamic biomechanics of human walking. Tread blocks along an S-line make it easier for the foot to roll, while decoupled guidance elements provide stability. At the same time, the sole significantly prevents slipping. If a wearer relies on orthopedically fitted safety shoes, the shoe can easily be adjusted by an orthopedic shoemaker.

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 away from your body. In this way, you avoid the transfer of static electricity to the material you are working with.