Cut-resistant gloves protect hands when handling sharp objects and machinery in industry, construction, food processing or logistics. Hands account for a significant share of workplace accidents, hence the importance of choosing equipment suited to the hazard and the workstation. Models vary widely: kevlar gloves, gloves for cutting-saw work, waterproof gloves, high-dexterity gloves or level-5 cut-resistant hand protection. This equipment must combine protection, dexterity and comfort for everyday wear.
What standards apply to cut-resistant gloves?
The main standards are EN 388 (resistance to mechanical hazards) and EN ISO 13997 (TDM test, levels A to F). A–B suit low exposure, C for logistics, D–E for maintenance and metalworking, F for very demanding environments. Depending on use, possible additions include: EN 1082 (chainmail), EN 407 (thermal hazards) and EN ISO 21420 (general requirements, marking).
What types of cut-resistant gloves are there, and for which sectors?
Gloves differ by base material (technical fibres, aramid, HPPE, chainmail) and by coating (nitrile, polyurethane), which affects grip and water resistance. The choice is made according to the workstation: sheet-metal work, handling, cutting, food processing, maintenance, forestry work or precision tasks. A table summarises the main families and their recommended sectors.
| Glove type | Material / construction | Protection level (examples) | Recommended sector |
|---|---|---|---|
| Kevlar glove | Aramid fibres (Kevlar®-type), sometimes reinforced | EN ISO 13997 C to E (depending on model) | Metalworking, maintenance, heavy industry |
| Chainmail gloves | Metal rings (often stainless steel) | High knife protection (EN 1082) | Food processing, cutting, meat processing |
| Level-5 cut-resistant glove | Technical fibres (Dyneema®, HPPE, glass, steel) + possible coating | EN 388 high level / EN ISO 13997 D–E depending on test | Heavy handling, sheet-metal work, processing industry |
| High-dexterity gloves | Fine knit + polyurethane coating | EN ISO 13997 B to D | Precision work, assembly, electronics |
| Breathable gloves for intensive use | Ventilated knit base + partial coating | EN ISO 13997 C to D | Logistics, warehousing, order picking |
| Waterproof cut-resistant gloves | Cut-resistant base + waterproof coating/membrane (nitrile, etc.) | EN ISO 13997 C to E | Wet environments, industrial cleaning, maintenance |
| Cut-resistant gloves for cutting-saw work | Reinforced construction, localised protection | Depending on models and site requirements | Exposed work (chainsaw/cutting-saw) following risk assessment |
To complete your choice, see our selections of work gloves, as well as our ranges by brand: ERGOS cut-resistant gloves and Ansell cut-resistant gloves, not forgetting the range for forestry work.
How should cut-resistant gloves be maintained?
Clean with warm water and mild soap, avoid solvents and air dry, away from heat sources. Store in a dry place, away from light, and regularly inspect condition (wear, tears, loss of grip). Formalise a wear-checking and replacement policy according to use, to guarantee performance.
What specific points should be considered for cut-resistant gloves?
Consider material, EN ISO 13997 level, coating (nitrile for oily environments, polyurethane for precision), breathability and ergonomics. Use a selection matrix based on risk assessment (type of blade, frequency, force, environment) to avoid choosing incorrectly. Across multiple sites, standardise usage profiles, ensure traceability via technical data sheets and markings, and run field trials before roll-out.
FAQ: frequently asked questions about cut-resistant gloves
How do I choose cut-resistant gloves that stay comfortable all day?
Favour breathable models with a fine knit, an ergonomic cut and a suitable coating to limit fatigue and sweating. The right size and flat seams improve dexterity and comfort.
How do I choose cut-resistant gloves according to the level of hazard?
Identify the source of the cutting hazard, the frequency and the force applied, then select the appropriate EN ISO 13997 level (A–F). Take into account additional hazards (heat, oil) for the coating and associated standards.
How can I quickly choose cut-resistant gloves without getting the protection level wrong?
Use a simple matrix (type of blade, intensity, environment, precision) and cross-reference it with EN 388/EN ISO 13997 marking. Confirm with a field trial on a small group before rolling out more widely.
What is the difference between coated and uncoated cut-resistant gloves?
Uncoated versions often offer better breathability and basic mechanical protection. Coated models provide grip, greater abrasion resistance and partial water resistance; nitrile for oil, polyurethane for precision.
Which materials offer the best protection for cut-resistant gloves?
Technical fibres (aramid/Kevlar, HPPE/Dyneema®, glass fibres) and steel reinforcements provide high resistance. Chainmail remains the reference for protection when handling knives in food processing.
What are the cut-resistance levels of cut-resistant gloves and what do they mean?
EN ISO 13997 classifies from A to F: A–B for low exposure, C for everyday handling, D–E for frequent sharp edges, F for extreme environments. The level should match actual exposure to preserve dexterity.
What standards and markings must cut-resistant gloves comply with in France?
Require EN 388 and EN ISO 13997 for cut resistance, plus EN 1082, EN 407 or EN ISO 21420 depending on use. Markings and technical data sheets must detail test results and compliance.
What documents and proof of compliance should be provided for cut-resistant gloves during an HSE audit?
Provide technical data sheets, test results, certificates of conformity, product traceability (reference, batches) and instructions for use. A list by workstation and a wear-checking procedure make audits easier.
Which cut-resistant gloves should be chosen for metalworking and sheet-metal handling?
Opt for levels D to F depending on the sharpness of the edges handled, use gloves containing aramid or HPPE fibres and a coating suited to grip. Confirm the protection/dexterity trade-off with an on-site trial.
Which cut-resistant gloves should be chosen for construction and handling in an SME?
Levels C to E often cover construction needs; adjust according to frequency and materials handled. Standardising by task simplifies procurement and quality control in SMEs.
Which cut-resistant gloves offer the best grip in oily or wet environments?
Nitrile coatings improve grip in oily environments; for wet conditions, choose partially waterproof gloves or those with a reinforced coating, while checking breathability.
How can a range of cut-resistant gloves be standardised across multiple sites without losing suitability for the hazards?
Define common usage profiles (logistics, maintenance, sheet-metal work, food processing) with target levels, select a small number of traceable references and run a field trial before roll-out. Centralise technical data sheets and replacement procedures.