Safety caps provide light, practical protection to limit bumps against fixed obstacles in logistics, maintenance and certain workshops. They complement a range of personal protective equipment to improve comfort and visibility, without systematically replacing a construction helmet.
What standards apply to safety caps?
Several European references define the performance and use of anti-bump caps:
- EN 812: the standard dedicated to anti-bump caps, assessing energy absorption and force transmitted to the skull.
- EN 397: the standard for industrial helmets, relevant where the risk of falling objects exists.
- EN 166: the standard for eye protection, to be checked when worn together with safety glasses.
EN 812 tests measure energy absorbed in joules and force transmitted in kilonewtons during impact against fixed obstacles. EN 812 does not permit use against falling heavy objects, a hazard covered by EN 397.
To justify a choice during an audit, keep the manufacturer's instructions, test reports and, if necessary, certificates from recognised bodies such as the INRS or testing laboratories. The employer must check the stated conditions of use and match the selection to real working situations.
What types of safety caps are there, and for which sectors?
Different models meet specific uses:
- Anti-bump cap: protection against light impact in handling and logistics.
- Customisable cap: suited to food processing and reception roles for identification and hygiene.
- Fire safety cap: a visible, comfortable model for rapid interventions.
- Cap with visor: useful for outdoor work exposed to sunlight.
The shell cap incorporates an ABS or polyethylene shell to better distribute impact energy and is used when the risk assessment rules out the need for an EN 397 helmet. Also see our selection of professional safety glasses to ensure compatibility with other PPE.
Selection should take into account the realities of the workstation, particularly low ceiling height, the simultaneous presence of moving vehicles, and hygiene and durability requirements.
How should safety caps be maintained?
Clean the inner shell and fabric with a damp cloth and mild detergent, then leave to air dry away from a heat source. Store equipment in a clean place, away from UV rays and chemicals that could weaken the shell and fabric.
Before each shift, carry out a visual and tactile check to detect cracks, deformation or wear of the padding. Replace the cap after a significant impact and at least once a year if used frequently.
| Check point | What to check | Recommended action |
|---|---|---|
| Inner shell | Cracks, deformation, shell moving within the fabric cap | Withdraw the equipment from use and replace it. |
| Adjustment system | Strap or buckle that no longer holds its setting | Repair if the part is designed to be replaceable by the manufacturer, otherwise replace |
| Fabric and seams | Tears, marked wear, ingrained dirt | Clean or replace depending on condition |
| Foam and comfort band | Crushing, hardening, loss of support | Replace to maintain a stable fit |
Always follow the manufacturer's washing instructions, as excessive temperature or harsh products can degrade the comfort components. Natural drying without a radiator reduces the risk of deformation.
What specific points should be considered for safety caps?
The main difference between an anti-bump cap compliant with EN 812 and a helmet compliant with EN 397 concerns the nature of the hazards assessed. The cap aims to reduce the effects of light-intensity impacts from contact with a fixed obstacle, while the helmet also covers falling objects and higher-intensity impact hazards.
In use, weight, shell material and foam quality affect comfort and fit throughout the day. The adjustment system must limit pressure points and keep the shell in place during movement.
Check compatibility with glasses, hearing protection and respiratory masks, then carry out a real-conditions trial to validate the overall fit. For HSE managers, a standardised reference, legible marking and accessible instructions make traceability easier across multiple sites.
FAQ: frequently asked questions about safety caps
How do I choose the right safety cap based on the hazards involved?
Start with a risk assessment of the workstation, separating contact with fixed obstacles from situations where objects may fall. Choose an anti-bump cap compliant with EN 812 when the hazard is limited to low-intensity impact, then opt for a helmet meeting EN 397 as soon as a falling-object risk may arise.
In which trades and environments is a safety cap recommended?
The cap is common in logistics, warehousing, maintenance and workshop settings, as well as in certain indoor finishing trades.
It may also be chosen for certain roles in the food industry where hygiene requirements and freedom of movement are a priority and where the risk assessment confirms this choice is suitable.
What standards and certifications apply to safety caps in France?
EN 812 is the reference standard for anti-bump caps. EN 166 may apply for eye protection worn at the same time, and EN 397 applies to industrial helmets when the hazard goes beyond a simple bump.
How can a range of safety caps be standardised across multiple sites without losing compliance?
Define one or two reference models suited to common working situations and formalise the conditions of use in an internal document. Standardise sizes and replacement procedures, and carry out an on-site trial with other PPE to confirm the choice.
How can compliance mistakes be avoided when buying safety caps?
Check the marking, the standard claimed, the manufacturer's identification and the presence of instructions in your language. Make sure the need matches a light-bump hazard and not a falling-object risk, which requires an EN 397 helmet.
Which safety cap remains compatible with hearing protection and safety glasses?
Compatibility depends on the shape of the shell, the volume at the temples and the adjustment system. Carry out a real-conditions trial to check there are no pressure points and to confirm fit is maintained over time.
Which safety caps should an SME with several trades on site choose?
Identify the tasks actually carried out and separate roles requiring an EN 397 helmet from those involving a light-bump hazard. A short list of standardised references limits complexity while preserving compliance.
What compliance and traceability documents should be required for safety caps during an audit?
Require the manufacturer's instructions, model identification and proof of compliance with the standard claimed, particularly EN 812. Add test reports, marking and an internal control procedure with commissioning dates to make justification easier for large accounts.