Product description
The Parade VANCE S1P SRC low safety shoes, in microfiber canvas, are inspired by the design of sneakers to bring a casual and urban style. Inside, the textile lining guarantees cozy comfort on the feet, in addition to the sockliner whose profile follows the natural arch of the foot, thanks to VPS technology. This helps reduce fatigue. These shoes have a steel toe cap for toe protection and a non-slip sole. Designed according to EN 20345 2011 S1P SRC standards, they develop good resistance to perforation, hydrocarbons and electrostatic charges. These shoes guarantee effective protection in the trade, distribution, industry, logistics and finishing sectors.
Features:
- Low-cut microfibre/canvas safety shoes, light and breathable upper
- Modern design with an ultra-comfortable sneaker look
- Breathable textile lining for good air circulation
- Optimum wearing comfort and anti-fatigue with VPS (Suspension Plantar Arch)
- Removable, antifungal, anatomical mesh/EVA foam insole
- Dual-density PU sole with S1P level regulatory protection, non-slip, anti-perforation, anti-static, resistant to hydrocarbons
- Good shock absorption
- Steel toe
- Fields of use: trade, distribution, industry, logistics, finishing
Materials:
- Microfiber/canvas upper
- Textile lining
- Steel toe
- Textile insole on EVA foam
- Dual-density polyurethane outsole
- VPS (suspended arch) technologies
Standards:
- EN ISO 20345:2011 S1P SRC
Additional information:
EN 20345 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 1500 kg.
Product specifications
| Reference | oxVANCE |
|---|---|
| Brand | Parade |
| Manufacturer reference | VANCE |
| Weight (Kg) | 1.020000 |
| Seasonality | Spring, Summer, Autumn, Winter |
| Type of Shoes | Shoes |
| Shoes Features | Low, Security |
| Type of closure | Laces |
| Main material | MICROFIBRE + TOILE |
| Anti-perforation | Yes |
| Shock absorption | Yes |
| Hydrocarbon resistance | Yes |