Product description
The Lemaitre S3 Dune SRC high safety shoe is a 100% metallic shoe, made from water-repellent leather.
These shoes are equipped with a polycarbonate shell resistant to 200 joules and textile anti-perforation soles, which are both light and flexible. Like all the shoes in the Safetix Lemaitre range, these shoes have a very wide fit for better comfort, non-slip soles (SRC)...and excellent value for money!
- 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:
- Weight per pair size 42: 1300 g
- Stem:
- Water-repellent split leather with black velvet finish with textile inserts and retro-reflective bands
- Closure: retro-reflective textile loops
- Quarter lining: highly breathable three-dimensional micro-aerated textile
- Forefoot lining: synthetic
- Fit:
- Natur’form (large)
- Fitting: California
- Insole: textile
- Insole: foam and textile
Composition:
- Water-repellent split leather with black velvet finish
- Synthetic
Protections:
- Toe cap: polycarbonate (200 joules)
- Anti-perforation insert: high tenacity composite textile "0" penetration (1100 Newtons)
Standard:
- EN ISO 20345 S3 SRC
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.
Product specifications
Reference | oxDUNE |
---|---|
Brand | Lemaitre |
Manufacturer reference | DUNE |
Seasonality | Spring, Summer, Autumn, Winter |
Type of Shoes | Shoes |
Shoes Features | Rising, Security |
Type of closure | Laces |
Main material | Croûte de cuir hydrofuge finition velours noir, Synthétique |
Footwear standards | S3, SRC, ISO 20345 |
Anti-perforation | No |
Shock absorption | No |
Hydrocarbon resistance | No |