High safety shoes Lemaitre Danube S3 SRC

• 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
• 100% non-metallic shoes

Features:

• High breathability thanks to the honeycomb structure of the textile which allows better ventilation of perspiration and flexible for improved comfort throughout the inside of the shoe.
• Injected polycarbonate toe cap: imperceptible when worn because it is ultra-light and ergonomic, chemically inert, elastic (if crushed, the toe cap recovers its shape, easily releasing the foot), non-magnetic (not detectable by safety gates) safety) and thermal insulation (insensitive to variations and heat transfers between -10°C and +40°C).
• Anti-perforation insert in high-tenacity "zero penetration" composite textile: ultra-light, ultra-flexible (insensitive to wear), thermally insulating (insensitive to temperature transfers) and which protects 100% of the surface of the foot.
• Anti-abrasion overshoe: additional resistance of the upper on the forefoot, which ensures a long life to the product.
• Very versatile polyurethane due to its enhanced characteristics: good antistatic properties, good resistance to hydrolysis and heat.
• C07 PU2D sole:

Light and flexible sole

Double density polyurethane (PU2D) injected

Wide fit for maximum comfort

Heel shock absorber

Non-slip thanks to an open stud structure for better liquid evacuation

Heel strike, for a natural roll of the foot during walking and great comfort when driving

Unhooked heel for improved safety, especially on ladders

• Weight per pair size 42: 1260 g

Material:

• Outer: water-repellent oiled split leather
• Lining: three-dimensional micro-aerated textile, synthetic

Protection:

• Toecap: Polycarbonate (200 joules)
• Anti-perforation insert: high tenacity “zero” penetration composite textile (1100 Newtons)

Standards:

• EN ISO 20345: 2011 S3 SRC

Additional information:

The 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.