Cut & Heat Resistant Gloves

Understanding EN 388 and EN 407 Standards

EN 388 measures cut resistance on a scale from A (minimal protection, up to 2 Newtons of force) to F (maximum protection, up to 30 Newtons). The standard was updated to this letter scale in EN 388:2016, replacing the older 1-5 numerical rating. EN 407:2020 tests heat resistance across six separate hazards: burning behaviour, contact heat, convective heat, radiant heat, and small and large splashes of molten metal. Products in this collection include gloves certified to these standards; verify the exact rating and performance level on each product page.

Matching Cut Level to Your Task

Higher cut ratings (D, E, F) protect against industrial blades and metal shards; lower ratings (A, B, C) suit general cutting tasks like kitchen knives or meat processing lines. The most common specification mistake is assuming a high EN 388 rating is always necessary—overspecification creates bulk, reduces dexterity, and costs more without adding protection value for your actual work. Confirm your minimum required level before ordering; it drives both price and fit.

Heat Performance Levels and Contact Time

EN 407 performance levels (1–4) indicate contact heat resistance time and temperature. Level 4 contact heat represents 15 seconds at 250°C; Level 1 is just 4 seconds at 100°C. Know your exposure duration and temperature. A glove rated Level 2 contact heat may fail quickly in foundry work but perform adequately for brief thermal contact in a commercial kitchen. Many models in this range offer different EN 407 levels; check each listing for exact specifications.

Materials and Construction

Typical materials include: • Aramid fibres (Kevlar) for heat and cut resistance combined • Leather or synthetic overlays for grip and durability • Aluminised fabric layers for radiant heat reflection • Nitrile or PU coatings for water and chemical resistance • Heavyweight fabrics (often 150–250gsm) for thermal insulation. Material choice affects heat rating, cut protection, flexibility, and cost. Aramid gloves won't melt at extreme temperatures but may be stiffer than leather.

Use Cases and Suitability

Food processing and commercial kitchens benefit most from cut and heat resistant gloves because workers handle both sharp tools and heated surfaces during a single shift. Automotive manufacturing uses them for assembly lines involving metal handling and occasional thermal exposure. Light metalworking and torch operations with manual cutting tasks are also common. Emergency responders and industrial maintenance teams often choose dual-protection to reduce changeover time. If your operation involves only cutting or only heat exposure, single-purpose gloves may be more cost-effective and offer better specialisation than a compromise dual-rated option.

Selection Guidance

When specifying heat and cut resistant gloves, confirm: the exact EN 388 cut rating (A-F) needed for your blades or materials; the EN 407 heat level required for your maximum contact temperature and duration; whether glove grip matters more than bulk for your task; sizing and fit, as thermal protection layers add thickness; and care and replacement frequency based on use intensity. Options include gloves tested to EN 388 and EN 407; verify exact certifications and performance ratings on each product page before ordering, especially if your operation has specific regulatory or insurance requirements.