Elten Impulse Green Mid safety shoe S1P SRC ESD

Elten Impulse Green Mid S1P high-model safety shoe with wear-resistant synthetic protective toe cap and quick-release fastening. Very comfortable with a safe SRC anti-slip sole and ESD certification. Completely metal-free, manufactured from microfiber with a breathable textile lining on the inside. Equipped with an ESD grey semi-orthopedic insole and metal-free midsole.

• Comfortable low safety shoes.
• S1P classification and SRC anti-slip sole.
• ESD equipment.
• Made of microfiber.
• Breathable textile lining.
• Padded water-resistant tongue.
• Semi-orthopedic insole ESD grey.
• Metal-free midsole.
• TPU/PU sole BIOMEX DYNAMICS.
• Abrasion-resistant protective toe cap.
• Plastic safety toe cap.
• Metal-free shoe.
• Available in sizes 36 to 47.

The IMPULSE Green Mid ESD S1P safety shoe is an ESD-compatible foot protection from the ELTEN BIOMEX DYNAMICS series. The microfiber is particularly lightweight and retains its shape. The low weight is excellent, as is the fashionable look – and because it is metal- and leather-free, this safety shoe is also suitable for people with leather allergies.

Shaft perforation and breathable textile lining ensure a pleasant foot climate. With the IMPULSE Green Mid ESD S1P, a plastic toe cap and metal-free penetration protection protect the foot against injuries; reflective material offers extra safety. The extremely torsion-resistant Biomex Dynamics outsole supports a natural, dynamic gait pattern: the S-linear arrangement of the tread blocks and the decoupled guidance elements support the safe, ergonomic rolling of the foot and protect muscles, ligaments, and joints.

The BIOMEX DYNAMICS tread sole also offers very good slip resistance. This safety boot with the attractive color design can be individually orthopedically adjusted according to DGUV Rule 112-191.

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.