Buy Hand Protection Online in Australia
Hand Protection Selection — Quick Reference (AS/NZS 2161)
Hands are the MOST commonly injured body part in industrial workplaces. AS/NZS 2161 governs AU hand protection standards. Selection matches GLOVE TYPE to HAZARD — overly thick gloves on precision work = reduced dexterity + secondary injuries.
| Glove Type | Hazard Protection | Best For |
|---|---|---|
| General-Purpose (Nitrile / PU Coated) | Light abrasion + grip | Workshop default — assembly + light handling |
| Cut-Resistant (Level A1-A9 / ANSI) | Sharp edges + glass + metal — Cut Level matched to risk | Sheet metal + glass + meat processing |
| Heat-Resistant / Welding Gloves | Heat + spatter — leather | See welding safety |
| Chemical-Resistant (Nitrile + Neoprene + Butyl) | Specific chemical exposure | Match glove material to chemical (SDS reference) |
| Impact-Resistant (TPR Knuckle) | Impact + crush — back-of-hand protection | Mining + oil & gas + heavy machinery |
| Anti-Vibration Gloves | Hand-arm vibration syndrome (HAVS) prevention | Sustained power tool use — grinders + drills |
| Disposable (Nitrile + Latex) | Hygiene + light chemical + contamination control | Food + medical + maintenance — single-use |
| Cold-Resistant (Insulated) | Cold + refrigeration + outdoor winter | Cool room + refrigeration + outdoor cold |
| Electrical Insulating Gloves | Live electrical work — Class 00 to Class 4 voltage rated | Electrical work — separate certification + test interval |
Critical: Cut-resistance level (ANSI A1-A9) is a 9-level scale — A1 = 200g cut resistance, A9 = 6,000g+. Match level to hazard. Cut gloves DO NOT provide impact protection (TPR knuckle for impact). Chemical gloves degrade over time — replace per spec (don't reuse damaged). Brand quality: Frontier, Bunzl, Ansell. Companion: safety, general purpose gloves, types of work gloves guide.
Hand Protection
Hands are the most commonly injured body part in industrial workplaces — and they are also the most frequently unprotected. The correct glove for a given task matches the protection level to the specific hazard while maintaining the dexterity needed to perform the work safely and efficiently. An overly thick or stiff glove worn for precision work reduces tactile feedback and increases the risk of errors that can cause other injuries. AIMS Industrial supplies hand protection gloves across all hazard categories for Australian industry, trades, and maintenance operations.
Cut and Puncture Protection
Cut-resistant gloves are rated to EN 388 (mechanical risks) — the cut resistance level (from A to F under the ISO 13997 blade test) indicates the force required to cut through the glove material. HPPE (High Performance Polyethylene) fibre, Kevlar, and steel-core yarn are the primary cut-resistant materials in modern gloves. Level C–F cut resistance is required for work with sharp edges, sheet metal, glass, and cutting tools. Matching the cut level to the actual hazard avoids over-specifying (which reduces dexterity) or under-specifying (which provides insufficient protection).
Chemical and Heat Protection
Chemical-resistant gloves are rated by the chemical permeation resistance and breakthrough time for specific chemicals. Natural rubber (latex), nitrile, neoprene, and butyl rubber gloves each offer different chemical resistance profiles — consult the glove manufacturer's chemical resistance chart for the specific chemical or mixture involved. Nitrile gloves are the most widely used industrial chemical glove, offering broad resistance to petroleum products, many acids, and organic solvents. Welding gloves use leather construction for heat and spatter protection; TIG welding gloves are lighter and more dextrous than MIG/stick welding gloves to allow electrode rod manipulation.
Disposable Gloves
Disposable nitrile and vinyl gloves protect hands from light chemical exposure, contamination during food handling and maintenance tasks, and general hygiene requirements. Nitrile disposables are chemical resistant and latex-free; vinyl disposables are the economical option for light contamination control. For hand protection selection by hazard type and glove standard, contact our team.
Matching Gloves to the Hazard
No single glove type covers all hand protection needs, and using the wrong glove can provide a false sense of security. Cut-resistant gloves rated to EN388 or AS/NZS standards are essential for work involving sharp edges, sheet metal, and bladed tools, but offer limited chemical resistance. Chemical-resistant gloves in nitrile, neoprene, or PVC protect against solvents, acids, and cleaning chemicals but may not be cut-resistant. Heat-resistant gloves for welding, foundry work, and handling heated components must be selected for the specific temperature range and exposure duration involved. Impact-resistant gloves with dorsal padding are appropriate for work involving heavy tools and crushing hazards.
AIMS stocks hand protection across all major hazard categories. For workplace assessment support or bulk orders, contact our team.