Lemaitre S3 Alba SRC women's low safety shoe

• Polycarbonate shell resistant to 200 joules
• Electrical Resistance-Antistatic Footwear
• Energy absorption through the heel
• Resistance of the outsole to hydrocarbons
• Resistance of the sole to perforation
• Resistance of the upper to water penetration and absorption
• SRC anti-slip soles

Features:

• Weight per pair size 37: 680 g
• Adapted to the morphology of the female foot
• High breathability thanks to its honeycomb structure which allows better ventilation of perspiration, and flexible for improved comfort
• Ultra light, ultra flexible, thermally insulating and protects 100% of the surface of the foot
• Very versatile polyurethane due to its enhanced characteristics: good antistatic properties, good resistance to hydrolysis and heat
• Non-slip sole thanks to the concave structure of the sole which flattens under the weight of the body, which improves grip on the ground because the surface in contact is greater, dynamic comfort thanks to a spring effect of the sole which returns energy when the foot lifts off the ground

Composition:

• Polyamide
• Water-repellent white microfiber*
• Polyurethane

Standard:

• EN ISO 20345 S3 SRC

Parabolic sole

• Non-slip thanks to the concave structure of the sole which flattens under the weight of the body, which improves grip on the ground because the surface in contact is greater.
• Dynamic comfort thanks to a spring effect of the sole which returns energy when the foot lifts off the ground.
• Anti-fatigue thanks to the combination of the effects of cushioning and dynamism during the rolling of the foot (in walking or static phase).

Parabolight sole

• Non-slip thanks to a structured "winter tire" design, which allows liquids to drain quickly.
• Proportions specific to the morphology of the female foot for a better fit
• Dual density polyurethane (PU2D) injected: choice of two optimal densities for the comfort and wear layer

Additional information:

• EN 345 ​​protective shells and toe caps withstand an energy of 200 Joules. This energy corresponds to a 20 kg object falling from a height of one meter. On crushing (fall height equal to 0), the 200J protective shell resists a force equivalent to 1,500 kg.