Cut, Heat & Needle Resistant Gloves

Cut, heat & needle-resistant gloves

Cut injuries account for roughly a quarter of all hand-injury claims in Australian workplaces. The good news: modern cut-resistant fibres (HPPE, Dyneema, Kevlar, glass-fibre composites) deliver EN 388 Level D or E protection in a glove comfortable enough for an 8-hour shift. Gone are the days when cut protection meant sacrificing dexterity.

Understanding cut levels (EN 388:2016)

• Level A — minimal protection; general handling, low-risk edges. Replace with B or higher where any blade is in play.
• Level B–C — light-duty cut exposure; warehousing, assembly, light metal handling.
• Level D — the current industry default for glass, sheet-metal, and recycling work.
• Level E — heavy cut exposure; industrial fabrication, blade handling.
• Level F — maximum available; meat processing, glass and metal manufacturing.

The A–F letters are from the ISO 13997 TDM test, which is more reliable than the old coup-test 1–5 scale. When both are shown, use the letter rating for selection.

Needle-resistant gloves

Needlestick protection is specified separately from cut protection — cut-rated gloves do not automatically resist needle punctures. Needle-resistant ranges typically use dense composite fabrics and are used in waste-handling, security-search, and medical applications.

Heat-resistant gloves (EN 407)

The six-digit EN 407 code rates six hazards on a 0–4 scale: burning behaviour, contact heat, convective heat, radiant heat, small splashes of molten metal, and large splashes of molten metal. Match the highest number to your highest exposure. Most general-trade heat gloves rate 4-2-3-X-X-X — good for contact up to 250°C.

Liner vs. coated

Unlined cut-resistant knit gloves are lightweight and breathable — ideal for handling rather than wet/oily work. Coated versions (PU, nitrile, foam nitrile) add grip and liquid resistance. For heat, choose Kevlar-lined leather or aluminised-back gloves.

When to pair with other PPE

For glass or sheet-metal handling, cut-resistant arm sleeves extend protection up the forearm. For welding, a dedicated welding glove provides the specific heat and splatter protection the task requires.

Standards & compliance

Products in this range carry AS/NZS 2161.3 (mechanical) and AS/NZS 2161.4 (thermal) certifications where applicable, alongside their EN 388 and EN 407 marks. Needle-resistant ranges additionally meet EN ISO 13997 puncture testing.

Frequently asked questions

Is a higher cut level always better?

Not always — higher cut levels can mean lower dexterity and higher cost. Match to the worst-case blade on-site, but don't over-specify if the task doesn't need it. Workers wearing the "wrong" level for a task often end up not wearing the glove at all.

Can heat gloves be washed?

Most Kevlar-lined leather gloves cannot be machine washed — it degrades the leather and may affect the EN 407 rating. Synthetic heat gloves vary; check the product page for wash compatibility. Wipe-clean and air-dry is the safe default.

How long do cut gloves last?

Typical service life is 1–3 months of regular use. Inspect weekly for broken fibres, worn coatings, or seam failures. Cut performance can drop significantly once the outer coating wears through and the knit is exposed.

Do you offer trade or bulk pricing?

Yes — trade accounts get 5% off RRP, and carton quantities unlock additional volume discounts. Cut gloves are a high-consumable line; bulk ordering is standard practice. Apply for a trade account →