Firefighter gloves protect hands during interventions exposed to heat, flames, splashes and mechanical stress. They are relevant for fire and rescue services, but also industrial teams facing occasional thermal hazards or high-risk maintenance operations. Selection must combine standards compliance, dexterity and performance in real conditions. Groupe RG helps formalise this choice with verifiable markings, traceability and references suited to supply needs.
Choosing gloves for firefighters: roles, uses and intervention contexts
A firefighter glove must limit the impact of thermal hazards while still allowing the wearer to grip, pull, carry and handle tools. Contexts vary: fire attack, reconnaissance, rescue, ventilation or debris clearance, each imposing different priorities between thermal insulation, mechanical resistance and precision. The choice should start from the operational scenario, not a generic solution.
Beyond firefighters, these gloves can suit maintenance, metalworking, energy, chemical or waste-treatment teams when exposure to heat combines with mechanical constraints. They are most often used with a full set of PPE (helmet, jacket, footwear) and must remain consistent with internal instructions as well as with the risk assessment document.
Standards, certifications and protection levels
The EN 659 standard is the reference framework for firefighters' intervention gloves: requirements against heat, mechanical stress and ergonomics, with tests on flame exposure and heat transfer. To confirm compliance, check the EN 659 marking, the size, model identification and the maintenance instructions indicated by the manufacturer.
Depending on the hazards (sharp edges, contact heat), EN 388 and EN 407 markings complete the assessment. Performance levels and heat transmission times allow models to be compared factually.
- EN 659: specific requirements for fire intervention gloves.
- EN 388: protection against mechanical hazards.
- EN 407: benchmarks for thermal hazards, including contact heat.
If the assessment goes beyond EN 659, other standards may apply: EN 60903 (electrical work) and EN ISO 374 (certain chemical agents). Document the PPE combination to link each hazard, the standard and the reference chosen.
Selection criteria and points of vigilance on site
The most common models combine leather with technical textiles, insulating inner layers and, depending on the version, a waterproof membrane. Protection against heat depends both on thickness, the good continuity of the different layers and the condition of use. As soon as a glove is wet or laden with dirt, heat transmission increases and performance can drop more quickly.
Precision of movement remains decisive for operating couplings, valves or carabiners without having to remove the glove. On site, repeated action cycles over 30 to 60 minutes (deploying hoses, using branches) quickly reveal the possible weaknesses of a model. Stiffening, less reliable grip or seam degradation are then observed.
It is useful to test grip on straps and metal parts, especially when the mission combines abrasion and contact heat. Correct sizing depends on hand circumference, finger length and palm width. A poorly fitted glove tires faster and reduces sensitivity during handling.
Also check the junction between the cuff and the jacket sleeve to limit the ingress of water or particles. Define disposal rules (damaged seams, palm too smooth, ineffective fastening system) to standardise practices from one site to another.
Groupe RG support for a controlled selection
Groupe RG turns risk assessment into clear technical specifications, then into selected, consistent models backed by supporting evidence. For multi-site organisations, the standardisation approach involves building a catalogue of references by type of intervention, with defined equivalents and traceability suited to each site.
Stock management relies on anticipating renewals and analysing the most requested sizes, to limit uncontrolled substitutions. This organisation simplifies internal checks, audits and the production of evidence associated with equipment decisions.
FAQ on firefighter gloves
What hazards must firefighter gloves cover during an intervention?
They must cover a thermal base (flames, convective heat, contact heat) and mechanical hazards (abrasion, tearing, puncture), while maintaining the dexterity needed for manoeuvres. Depending on the mission, cuts (EN 388 reading) and moisture, which degrades heat resistance, must also be considered. Some scenarios require additional responses: chemical hazards (EN ISO 374) or electrical hazards (EN 60903).
What standard should be checked for firefighter gloves intended for firefighting?
First check compliance with EN 659 and the presence of the mandatory information on the marking and documentation. Consult EN 388 and EN 407 to complete the assessment on mechanical hazards and contact heat. Keep the technical data sheet and instructions to justify the choice internally and during audits.
How often should intervention gloves be replaced, and how can this be justified during an audit?
There is no universal frequency: it depends on intensity of use, exposures and maintenance procedures. Justify replacements with a check log, defined disposal criteria and field feedback. Dispose of gloves as soon as a defect compromises the thermal barrier or mechanical resistance.
How do I choose the right size to retain dexterity without losing protection?
Measure the hand according to the manufacturer's method and test the glove on fine movements and pulling efforts. Between two sizes, favour the one that avoids folds at the fingertips and keeps the palm in place. Check the cuff's compatibility with the jacket to preserve overall fit.
How can intervention gloves be cleaned and dried without degrading the thermal barrier?
Strictly follow the instructions: avoid high temperatures, aggressive spin-drying and direct drying on a heat source, which can stiffen or delaminate layers. Air dry in a ventilated room and reshape the gloves to limit internal folds. Before returning to service, check the lining, the cuff fastening and the condition of the grip.