Standards applicable to safety insoles
- EN ISO 20345: requirements for safety footwear, including resistance to puncture, slipping, heat and hydrocarbons.
- EN ISO 20347: requirements for footwear without a protective toecap, suited to the medical, logistics or food-processing sectors.
- EN 13832: resistance of soles and footwear to chemicals according to exposure level.
- EN 50321: electrical insulating properties of soles for work on low-voltage installations.
- EN 61340: ESD insoles for protection against electrostatic discharge in electronics.
Meeting these standards guarantees the reliability and safety of insoles suited to every trade.
The different types of insole and their professional uses
- Work comfort insoles: arch support and reduced fatigue for industry or logistics.
- Cushioning PPE insoles: shock absorption, ideal for construction or heavy handling.
- Anti-puncture insoles: built into safety footwear for construction or metalworking.
- ESD insoles: dissipation of electrostatic charges in electronics environments.
- Complete your equipment with our selection of professional socks for optimal comfort.
Every type of insole meets specific needs according to the working environment.
Maintenance advice to extend the lifespan of your insoles
- Clean your insoles with warm water and mild soap, avoiding abrasive products that could damage their surface or technical properties.
- Leave them to air dry, away from direct heat sources such as radiators or sunlight, to avoid any deformation.
- Store your insoles in a dry place, away from moisture and extreme temperatures, to preserve their quality and effectiveness.
- Watch for signs of wear such as deformation, loss of grip, cracks or the deterioration of specific properties such as puncture resistance or anti-static properties.
- Make sure your insoles remain compatible with your footwear, particularly for ESD or anti-puncture models.
Regular maintenance and careful inspection guarantee the performance, safety and comfort of your insoles every day.
Technical specifics to consider when choosing your insoles
- Lifespan depends on the material: PU, nitrile rubber or composite offer varying resistance to wear and heat.
- Compatibility with other PPE: ESD or anti-puncture insoles require checking the associated standards and equipment.
- Suitability for the environment: favour insulating insoles for electrical work or non-slip insoles for wet areas.
- Comfort and ergonomics: choose work comfort insoles with arch support and shock absorption.
Taking these criteria into account ensures protection, comfort and performance at every workstation.