Snap the plastic strapping off a pallet, tear away the shrink wrap, flip a carton held together with steel staples, then slice it open with a box cutter. A picker's hands do all of that, hundreds of times a shift. Warehouse picking gloves exist because the hazard isn't one dramatic accident — it's the staple or strapping end that was fine the last nine hundred times and finally catches on touch number nine hundred and one. Here's how to name the sharp hazards on the bench, match them to a tested cut level, and keep the dexterity you need to pick fast.
The short answer: Most warehouse cuts come from carton staples, plastic strapping, shrink-wrap teeth and box cutters — not accidents. A cut-resistant glove matched to the sharpest thing you handle reduces the risk, but no glove is cut-proof. Most pickers are well covered by ANSI A3–A5 (EN Level B–F), with more for anyone regularly on a blade or sheeted edge.
The cut hazards hiding in every shift
Most warehouse glove pages tell you to "wear cut-resistant gloves" and stop there. They skip the part that matters: what's actually sharp on a picking bench. Warehouse picking gloves need to be matched to those real hazards, and these are the materials a picker meets nearly every shift, each cutting in a different way:
- Carton staples — the steel closures along flaps, often bent or raised after the box has been knocked around in transit.
- Plastic strapping and banding ends — snapped-off tails that curl and spring back at the hand when you cut or pull them.
- Shrink-wrap "teeth" — the torn edge of pallet film, which under tension can cut like a serrated blade.
- Box-cutter and utility-knife blades — the obvious one, but the dangerous moments are usually blade changes, or when a cut runs long and the blade exits the carton.
- Sheeted product edges — aluminium, plasterboard, MDF and vinyl flooring stacks pulled from a pallet.
- Broken pallet timber and wire basket burrs — splinters and metal snags on bins, stillages and returnable transit packaging.
Repetition is the real risk, not novelty. A thousand safe touches train the hands to move fast and stop watching, so the injury usually comes from the object that was harmless every previous time, not from a new hazard. That's why a glove rated for the sharpest thing on the bench — and kept on for the whole shift — does more for a picker than a thicker glove that gets pulled off for speed.
What cut level do warehouse picking gloves need?
Cut levels are a way to compare how much straight-edge cutting a glove has been tested to resist. Two scales show up on warehouse gloves, and they're not interchangeable.
EN 388:2016 reports ISO 13997 straight-blade cut resistance as classes A to F, with the test measuring the force needed to cut through the material:
| ISO 13997 class | Minimum cut force |
|---|---|
| A | 2 N |
| B | 5 N |
| C | 10 N |
| D | 15 N |
| E | 22 N |
| F | 30 N |
The North American ANSI/ISEA 105 scale runs A1 to A9 using a separate test method. A glove can carry both an EN level and an ANSI level from different tests, so read each on its own terms — don't treat one as a conversion of the other.
Match the glove to the sharpest thing handled regularly, not the average carton. The table below is a selection guide, not a guarantee. It's a starting point for a task-specific risk assessment, and no rating promises a cut won't happen on the floor.
| Warehouse hazard | Typical contact | Sensible starting level | Why |
|---|---|---|---|
| Carton staples | Light, frequent scraping | EN B–C / ANSI A2–A3 | Low force, high repetition; needs an intact liner and dexterity more than extreme cut resistance |
| Plastic strapping & banding ends | Snapping, springing back | EN C–D / ANSI A3 | Thin edges under sudden tension |
| Shrink-wrap teeth | Tearing under pull | EN B–C / ANSI A2–A3 | Cuts via tension; a sound coating and grip matter as much as the fibre |
| Box-cutter / utility blade | Directed edge under hand force | EN E–F / ANSI A4–A5 | The highest straight-edge force a picker usually applies |
| Sheeted product edge (metal, board) | Sliding contact carrying weight | EN E–F / ANSI A5 | Weight behind a thin edge raises the force sharply |
| Broken pallet timber / wire basket burrs | Snags and splinters | EN C–D / ANSI A3 | Mixed snag and splinter hazard; also check puncture performance and fit |
Force, angle, edge sharpness, glove condition and grip all change what happens on the bench, so treat these levels as a selection prompt, not a field limit.
Cut-resistant is not cut-proof
A cut level is tested resistance under controlled conditions, not immunity. A box cutter pressed into a glove with enough force can still cut it — the rating raises the threshold, it doesn't remove it. ISO 13997 also draws a clear line around its own result: the straight-blade method "does not provide data on the resistance to penetration by pointed objects such as needles and thorns, or the point of sharp-edged blades." So a high cut score isn't a needle, staple-point or puncture rating. For the full decode of what a rating proves and where the proof stops, read what cut-resistant really means.
Why the glove that protects you can also slow you down
Picking is speed work. A glove thick enough to shrug off a blade also blunts the feel that lets a picker grab a small item first time, and when the glove slows the hands it comes off — which leaves bare skin around staples and strapping. That's why the best gloves for warehouse picking balance cut resistance against dexterity, not just thickness.
Gauge, the number of knits per inch of the liner, is the shorthand for this trade-off. Lower-gauge, thicker liners resist more cuts but reduce feel; higher-gauge, thinner liners move fast but cap the cut ceiling. A 13-gauge high-performance polyethylene (HPPE) liner is the common middle ground — enough straight-edge cut resistance for most picking without binning dexterity. For a deeper look at that balance, see our guide to the dexterity vs protection trade-off.
The compliance angle matters here: the safest glove is the one that stays on for the whole shift. Over-specifying protection can quietly lower compliance and raise risk, because a glove that lives in a pocket protects nothing.
Who pays: employer PPE duties in Australia
Gloves are PPE. Under the model work health and safety framework, a person conducting a business or undertaking (PCBU) must, so far as is reasonably practicable, provide suitable PPE to workers where a risk remains after higher-order controls. The catch is where PPE sits in the hierarchy: Safe Work Australia states that administrative controls and PPE "are the least effective" because they "do not control the hazard at the source and rely on human behaviour and supervision." Eliminating the hazard, or isolating it, comes first.
The numbers explain why hand protection gets attention in this industry. Safe Work Australia's Key WHS Statistics 2025 show upper limbs were the most injured body region in 2023-24p — 48,700 serious claims (33.2%), the largest single group. Wounds, lacerations, amputations and internal organ damage accounted for 21,200 serious claims (14.4%). Transport, postal and warehousing recorded 10,400 serious claims (7.1%), with a frequency rate of 9.0 serious claims per million hours worked — well above the all-industry rate of 6.8 — and a median 8.8 weeks lost per claim.
The hazard profile is recognised internationally, not just locally. In the US, OSHA names material handling among common warehousing hazards and runs a National Emphasis Program on Warehousing and Distribution Center Operations, with inspections that began 13 October 2023. The Australian compliance picture is framed through Safe Work Australia duties rather than that program, but the underlying risk is the same. This is compliance context, not legal advice.
What the SiteGrips glove brings to the picking bench
For a picker whose risk assessment points to high straight-edge cut resistance with the dexterity to keep moving, the Work Site Gloves pair an EN 388:2016 4X43F rating (ISO 13997 Cut Level F) with a separate ANSI/ISEA 105 A5 result and AS/NZS 2161.3:2020. The 13-gauge HPPE liner and sandy nitrile palm coating add grip on slick cartons and the feel needed for small-item picking, while reinforcement at the thumb webbing and forefinger covers the first wear points in repetitive handling.
For a supervisor kitting a crew: a 12-pack is $61.20, or $5.10 a pair. Over the 40+ hours of hard use each pair is built for, that works out to about $0.13 an hour. That's wear value, not a guarantee against injury — and a damaged glove is due for replacement even if it hasn't reached 40 hours.
When to replace warehouse gloves
Watch the thumb webbing and forefinger first — they're where a picking glove fails before anywhere else. Replacement signs include pulled or snagged fibres, deep cuts, a palm coating gone shiny and smooth instead of textured, holes between knit loops, and any loss of grip. Any one of these means the glove is done, regardless of how many hours it has clocked.
Before you trust the glove on the bench:
- [ ] Identified the sharpest thing you handle each shift — not just the average carton?
- [ ] Claimed cut level matches that hazard and is backed by certification?
- [ ] Protection covers the exposed hand area (palm, fingers, webbing)?
- [ ] Glove is intact — no pulled fibres, snags, deep cuts or worn coating?
- [ ] It fits and grips well enough to stay on for a full shift?
- [ ] Blades stored safely, strapping cut away from the body, and higher-order controls in place?
- [ ] An intact replacement pair in the locker?
Frequently asked questions
What cut level do I need for warehouse picking?
Most picking is well covered by ANSI A3–A5 (EN Level B–F). Match the glove to the sharpest thing you handle regularly: cartons and shrink wrap sit toward the lower end, while regular box-cutter or sheeted-edge work points to the higher end. Selection should follow a task-specific risk assessment, not a single "warehouse" level.
Will a cut-resistant glove stop a box cutter?
Not every time. A box cutter under enough force can still cut a high-level glove; the rating raises the resistance threshold, it doesn't make the glove blade-proof. Level F is the highest straight-edge class, not a guarantee — and never test a glove by cutting it while it's worn.
Do I need gloves if I'm not using a knife?
Often, yes. Staples, strapping ends, shrink-wrap teeth and sheeted edges cut plenty of pickers who never touch a blade. If your hands meet those materials thousands of times a shift, a cut-resistant glove matched to the hazard reduces the risk, and the dexterity to keep it on matters more than the highest number on the tag.
Does a higher cut level mean worse dexterity?
Generally, yes — more cut-resistant material tends to reduce feel, which is why gauge and liner matter alongside the rating. A 13-gauge HPPE liner is a common middle ground: enough cut resistance for most picking without the bulk that slows the hands and tempts you to take the glove off.
Is my employer required to provide gloves in Australia?
Where a hand-injury risk remains after higher-order controls, the model WHS framework requires a PCBU to provide suitable PPE so far as is reasonably practicable. PPE is the lowest tier of the hierarchy of controls, so elimination, isolation and engineering controls come first. This is compliance context, not legal advice.
The bottom line
Three things to carry onto the floor: warehouse cuts hide in ordinary materials, not accidents; match a tested cut level to the sharpest thing you handle and keep the dexterity you need to pick fast; and inspect the glove before every shift, replacing it the moment it's damaged. The right warehouse picking gloves are the pair that stays on for the whole shift. If your assessment calls for high straight-edge cut resistance with the speed to stay on all shift, look at the EN 388 4X43F Work Site Gloves — and kit the crew with the 12-pack.