What standards govern asphalt shoes?
Asphalt shoes must meet strict requirements to guarantee user safety in high thermal-risk environments. The applicable standards are:
- EN ISO 20345: sets out the base requirements for safety footwear with toe protection (200 J), anti-static properties and a non-slip sole.
- HRO: sole resistance to contact heat up to 300°C, essential for interventions on hot asphalt.
- HI: heat insulation, protecting the foot from high ground temperatures.
- FO: sole resistance to hydrocarbons, essential on road construction sites.
Meeting these standards guarantees a choice of footwear suited to the constraints of road-surfacing and asphalt-laying trades.
What are the different types of asphalt shoes?
The range of asphalt shoes covers several needs: high-temperature models with an HRO sole, high-top shoes for enhanced protection against splashes, and special road-surfacing safety shoes fitted with non-slip, hydrocarbon-resistant materials. Some models are also suited to welding or high-heat environments, and can meet the requirements of welding and heat-resistant shoes for optimal versatility. This footwear suits trades in construction, road maintenance, the road industry and public works, where safety against extreme temperatures and slipping hazards is essential for operators.
Maintenance advice for extending lifespan
To preserve the performance of asphalt shoes, it is recommended to clean them regularly with a damp cloth, without using harsh solvents. Air drying, away from any direct heat source, helps preserve the integrity of technical materials. Store them in a dry, ventilated place to avoid moisture. Frequently inspect the sole, the upper and the seams: any crack, deformation or excessive wear should signal the need for replacement to guarantee safety on site.
Specific criteria for choosing your asphalt shoes
Choosing asphalt shoes or high-temperature asphalt shoes should take into account the sole's heat resistance, compatibility with other PPE (flame-resistant trousers, gaiters) and ergonomics to limit fatigue during long days. Favour models offering enhanced protection against hydrocarbons, slipping and tar splashes. Suitability for the extreme demands of road construction sites and compliance with current standards are essential to guarantee the safety and comfort of professionals in the sector.