What standards apply to high-temperature helmets?
Choosing a high-temperature helmet should be based on European or international standards that guarantee safety and performance. The main standards to know are:
- EN 397: requirements for industrial protective helmets, including resistance to impact and penetration.
- EN 443: specific to firefighter helmets, it ensures protection against heat, flames and impact.
- EN 16473: covers helmets for firefighting in open spaces.
- EN 166: relating to eye and face protection, often built into helmets to complement thermal safety.
These standards make it possible to select equipment suited to every environment and to ensure user safety against thermal hazards.
What types of high-temperature helmets are there, and for which sectors?
High-temperature helmets come in several sub-types, each meeting specific needs depending on the sector:
- Firefighter helmets: designed for interventions involving flames and smoke, available on the dedicated firefighter helmets page.
- Helmets for metalworking and foundries: protect against radiant heat and molten metal splashes.
- Helmets for construction and heavy industry: suited to work in hot environments or exposed to incandescent materials.
- Helmets with visor: for combined head and face protection when handling hot products or welding, often used with heat-resistant and welding gloves.
Every type of helmet meets precise requirements, guaranteeing safety and comfort according to the professional activity.
How should high-temperature helmets be maintained?
Maintaining high-temperature helmets is essential to guarantee their effectiveness and longevity. It is advisable to:
- Clean the helmet regularly with a soft cloth and non-abrasive products, avoiding harsh solvents.
- Check for cracks, deformation or signs of wear on the shell and accessories.
- Store the helmet in a dry place, away from direct light and extreme temperatures.
- Follow the replacement frequency recommended by the manufacturer, generally every 3 to 5 years or after a significant impact.
Regular checks help maintain a high level of protection for users exposed to heat.
What specific points should be considered for high-temperature helmets?
High-temperature helmets have technical specifics that should not be overlooked. They must offer enhanced heat resistance while remaining compatible with other personal protective equipment such as visors, hearing protection or respiratory masks. Lightness and ergonomics are essential to guarantee comfort during extended wear in demanding environments. It is also important to check compatibility with accessories such as head torches or face shields. Finally, monitoring the helmet's thermal performance and lifespan helps maintain an optimal level of safety for professionals exposed to extreme temperatures.