Sporty style Safety shoes U-Power Nero S3 CI SRC ESD | RI20154
TOE CAP
Specially roughened and processed natural Nubuck leather retains its strength and elasticity.
LINING
Wing Tex breathable new technology lining.
TOE PROTECTION
AirToe Aliuminium protective aluminum toe cap with ventilation holes for better foot ventilation.
SOLE PROTECTION
Save & Flex lightweight and flexible puncture-proof insert without metal for PS4 MATRIX.
INSOLE
Antifatigue WOW2 porous anatomical insole with active forced ventilation – The insole consists of two elements: a soft dynamic compound arch structure with self-modeling properties that can evenly distribute the pressure of the body weight on the foot. An insert made of a revolutionary BASF compound that guarantees fatigue properties, absorbing and eliminating body stress caused by prolonged stationary positions in fixed workplaces. The result is less daily fatigue during the working day.
UPPER OUTSOLE LAYER
Soft and comfortable polyurethane layer. SOFT E-TPU
BOTTOM OUTSOLE LAYER
Abrasion-resistant polyurethane layer.
WIDTH
Comfortable, wide size 11 shoe width according to ergonomic Mondopoint requirements.
ESD
Suitable for use in EPA environments - protection against electrostatic discharge. EPA (electrostatic discharge) components on shoes discharge electrostatic charges that build up in the shoe. They primarily protect electrostatically sensitive components in sensitive work areas.
OTHER
Padded ankle area.
Closed heel area. Energy absorption in the heel area.
Additional protection of the nose area against mechanical damage.
EN ISO 20345:2011 S3 CI SRC ESD
40-47 in stock
Insole measurements according to sizes for your convenience!
U-Group work footwear stands out for its latest patented technologies, design, and, most importantly, comfort. Great attention is paid to the ergonomic properties of the shoe, taking into account the psychophysiological capabilities and behavior of the worker during work. The flexibility and lightness of the shoes, as well as the Stress Out technology used in their design, reduce fatigue. Maximum air circulation is achieved not only by using materials with thermal insulation properties, but also by perforating the toe caps and insoles. Materials characterized by durability and resistance to mechanical damage, as well as maximum protection that exceeds standard requirements.
