Anti-vibration gloves limit the transmission of hand-arm vibration when using power tools and vibrating machinery. They are aimed at teams in construction, maintenance, metalworking, green spaces and logistics when vibration exposure is significant. The choice relies on measured performance, ergonomics compatible with the trade movement and traceability usable in audits.
Choosing anti-vibration gloves: uses and trades involved
These gloves aim to reduce part of the vibration transmitted to the hand and forearm, complementing action on the tools and work organisation. They are relevant for grinders, breakers, chisels, sanders, pneumatic tools and certain portable green-space maintenance equipment. Selection must take secondary hazards into account: abrasion, cutting, oils or thermal conditions.
- Industrial maintenance: grinding, cutting, deburring and interventions with vibrating tools in the workshop.
- Construction and finishing trades: drilling, chiselling, light demolition, surface preparation.
- Green spaces: pruning, brush-cutting, cutting-saw work and portable engine-powered tools.
- Metalworking: repetitive operations with pneumatic tools and sharp-edged parts (to be cross-checked with EN 388).
Reducing exposure with power tools
For consistent exposure reduction, gloves form part of an overall prevention approach, where organisation and maintenance matter as much as the PPE.
- Check the condition of tools (bearings, accessories, balancing) and replace worn parts.
- Choose suitable accessories (discs, drill bits, pads) to limit vibration and avoid forcing.
- Plan task rotation and recovery time when vibrating activity is prolonged.
- Confirm the tool-glove pairing at the actual workstation, with the user, over several work cycles.
Standards, certifications and protection levels to master
Compliance is read in the standard tested, the test method and the documentation provided. For vibration attenuation, the reference is EN ISO 10819, which measures vibration transmissibility to the palm across standardised frequency bands. This standard provides a comparative benchmark but must be cross-checked with actual use and the manufacturer's technical data sheet.
Directive and complementary standards
European Directive 2002/44/EC governs the assessment and control of hand-arm vibration exposure: identifying the hazard, reducing it at source, monitoring and informing employees. Depending on the tasks, supplement with EN 388 requirements for abrasion, tearing, puncture and cutting. The EN ISO 10819 standard covers vibration transmissibility, while EN 388 assesses resistance to mechanical stress, often decisive in construction, maintenance and metalworking.
- EN ISO 10819: measurement of vibration transmissibility to the palm (vibration attenuation).
- Directive 2002/44/EC: European framework for the assessment and control of hand-arm vibration exposure.
- EN 388: performance rating against mechanical hazards (abrasion, tearing, puncture, cutting).
Selection criteria and points of vigilance on site
Choose according to the type of tool, cumulative exposure duration, posture and environmental constraints (cold, moisture, oils). Assess palm cushioning, the nature of the inserts, thickness and the effect on dexterity: a glove that is too thick can impair sensitivity and increase fatigue. To compare available models, see the work gloves category.
| Criterion | What to check | Point of vigilance |
|---|---|---|
| Palm attenuation | Test under EN ISO 10819 and stated scope of use | Do not extrapolate to all frequencies or all tools |
| Dexterity | Thickness, flexibility, finger sensitivity | An overly cushioned glove can impair precision |
| Grip | Adhesion in dry, wet or greasy conditions | Loss of grip increases gripping effort |
| Lifespan | Condition of inserts, seams, palm wear areas | Replace as soon as cushioning or grip deteriorates |
Ergonomics, grip and PPE compatibility
Favour a close fit and flexible materials for precision work, and check compatibility with other PPE worn simultaneously. In greasy or wet environments, palm grip becomes a priority criterion. A good trade-off consists of confirming, workstation by workstation, freedom of movement, wrist fit and the ability to maintain a stable grip without over-tightening.
Groupe RG support: compliance, standardisation and supply
Groupe RG works to align glove selection with the risk assessment, trade constraints and audit requirements. Advisors confirm technical data sheets, identify equivalents by activity and propose standardisation solutions for multiple sites. Associated services include documentary traceability, reference management and the organisation of recurring orders to guarantee continuity of supply.
FAQ on anti-vibration gloves
What are anti-vibration gloves for?
These gloves reduce part of the vibration that spreads to the hands and forearms when using vibrating tools or machinery. They complement action taken at source, such as equipment selection and maintenance, as well as managing exposure time.
Which standard governs anti-vibration performance in France?
The reference standard is EN ISO 10819, which measures vibration transmissibility to the palm across standardised frequency bands. It should be supplemented by the exposure assessment required under Directive 2002/44/EC and, depending on the hazards, by EN 388.
Are anti-impact gloves effective against vibration?
No: an anti-impact glove protects against impact via back-of-hand reinforcements or shells, but does not imply measured anti-vibration performance. For vibration attenuation, require a test under EN ISO 10819.
How do I choose a model for construction and maintenance?
Favour a trade-off between attenuation, grip and abrasion resistance. Confirm palm thickness and ergonomics with the actual tool and add impact reinforcement if impacts are frequent.
How do I check compliance and traceability?
Check the EN ISO 10819 reference in the documentation and the technical data sheet detailing the test scope, then keep these documents in the PPE file. Identify the model, the batch if available and the distribution history to make audits easier.
How do I balance cost, durability and protection?
Think in terms of cost of use: factor in observed lifespan and user acceptance. Run trials in real conditions and monitor palm wear to optimise the lifespan/protection/cost ratio.
Which anti-vibration gloves keep good dexterity for precision work?
For precision work, look for a close fit, a flexible material and a palm that cushions without excessive thickness. Dexterity is best confirmed with the actual tool: trigger control, screwing, holding small parts. Also check grip in wet or oily conditions, as a loss of grip quickly impairs control of movement.
Which anti-vibration gloves offer the best comfort for extended wear?
Comfort over a full day depends on breathability, sweat management and the stability of the wrist fit, as much as on cushioning. A comfortable model limits pressure points on the palm and avoids irritating seams on flexion areas. In cold or very humid environments, choosing a more insulating glove must be weighed against the impact on dexterity and grip.