AS/NZS 2161.3: what the Australian glove standard covers

AS/NZS 2161.3:2020 covers how protective gloves are tested, marked and documented for abrasion, blade cut, tear and puncture resistance, with optional impact protection. It does not make a glove suitable for every job or prove protection against chemicals, heat, electricity, needles or other hazards outside those tests.

That distinction matters when a glove carries a code such as 4X43F. The code is not one overall safety grade. Each character reports a separate test position, and what is missing can matter as much as the highest visible result.

This guide explains how to read that evidence, what the current Australian and New Zealand standard does not establish, and what a buyer still needs to verify before approving a glove for work.

Start with the current edition and its narrow purpose

The current edition is AS/NZS 2161.3:2020, Occupational protective gloves: Protection against mechanical risks. The Standards Australia catalogue record lists it as current, published on 11 December 2020, and superseding the 2005 edition. Older search results and product documents may still refer to AS/NZS 2161.3:2005, so the year is worth checking.

The 2020 document adopts EN 388:2016+A1:2018 identically. The BSI standards record also identifies that amended EN edition as the current release. This shared technical basis is why the familiar EN 388 mechanical-risk code appears in Australian glove information.

However, an EN 388 result and a claim of compliance with AS/NZS 2161.3 are not interchangeable statements. A supplier should be able to show which standard and edition it claims, the exact performance marking, and the documents supporting that claim.

AS/NZS 2161.3 provides comparable laboratory performance information for a defined group of mechanical risks. It does not replace the task risk assessment, specify one glove for a trade, or roll every hand hazard into a universal pass.

How to read an AS/NZS 2161.3 glove marking

Read the characters from left to right. Do not add them together or treat the highest character as the glove's grade.

The official Spanish occupational-safety institute's technical guide to EN 388 mechanical-risk gloves confirms this order. Its guidance also makes three small symbols important:

• 0 means the result was below performance level 1. It is a tested result, not an untested position.
• X means the test was not performed; in the circular-blade position, it can also appear when blade dulling makes that result inapplicable. It is not a zero and should not be read as a pass.
• An absent P is different again. Impact is optional. When the glove passes the applicable requirement, P appears at the end. When no P appears, impact protection has not been demonstrated by that marking.

The code is useful precisely because it preserves these differences. Rewriting 4X43F as “level 4” or “cut level F gloves” throws away most of the profile.

Why the standard contains two cut positions

The second and fifth positions both concern cutting, but they come from different test methods.

The circular-blade or Coup test moves a rotating blade back and forth over the glove material under a defined load. It produces levels 0 to 5. Some high-strength materials can dull the blade during this method, which limits how useful the result is for comparing their cut resistance.

The TDM test, based on ISO 13997, draws a straight blade across the sample under different forces. Its classes run from A to F. The test identifies the force associated with cutting through the sample over the defined 20 mm travel.

When blade dulling occurs in the circular test, the TDM result is the reference cut result. That is why an X in position two can sit beside a strong TDM letter in position five. The X does not mean the glove failed a cut test.

The two scales must still be read separately. There is no direct conversion from a Coup level to a TDM letter, and neither should be converted casually to an ANSI/ISEA class. They use different methods and classification systems.

Most importantly, both are laboratory results. Direction, edge geometry, force, contact area, glove condition and the part of the hand exposed all affect the real task. Our guide to what cut-resistant really means explains why even a high cut class is not “cut-proof”.

The marking leaves some mechanical hazards open

“Mechanical risks” sounds broad. Part 3 is more specific.

Puncture is not needle resistance

The fourth position measures puncture with a standardised steel stylus, not a fine needle. The Part 3 puncture number therefore cannot establish fine-needle or hypodermic-needle protection.

If needle-stick or another fine-point hazard is present, require evidence that directly addresses that hazard. Do not infer it from a high cut letter or puncture number.

Impact is optional and area-specific

An impact claim is shown by a final P only when the applicable test requirement is met. The INSST guide notes that each glove area for which impact protection is claimed must be tested, except the fingers because the method cannot test them.

That makes “impact-rated” too vague on its own. Check the user information for the protected area. A P does not establish finger impact protection or whole-hand coverage.

If no P is shown, the cautious reading is simple: this marking supplies no evidence of impact protection. It does not tell you whether the glove was untested or did not satisfy the requirement.

Tear resistance can create a different risk

A strong tear result can help a glove resist material damage. Near unguarded moving parts, however, material that resists tearing may worsen an entanglement hazard instead of releasing.

Do not select gloves around rotating or moving machinery from the tear number alone. First determine whether gloves can be worn safely at all, and control access to moving parts through guarding, isolation and the work method.

Specialist hazards such as hand-knife cuts and chainsaw contact also need directly relevant evidence. They are examples of mechanical risks for which this general Part 3 profile is not enough.

What AS/NZS 2161.3 does not cover

The marking establishes performance only for the properties represented in its test positions. By itself, it does not establish protection against:

• chemicals, including permeation or degradation by a named substance;
• heat, flame, molten material or cold;
• electrical contact or arc hazards;
• biological exposure or hypodermic needles;
• chainsaws or specialist hand-knife work;
• vibration;
• every form of impact; or
• entanglement with moving equipment.

Some of these hazards have separate standards or task guidance. The correct requirement can depend on the jurisdiction, industry, equipment and exposure, so do not choose an alternative standard from a generic cross-reference alone. Ask for evidence that names the actual hazard and applies to the intended use.

The same boundary applies to glove construction claims. A nitrile coating does not prove chemical resistance without compatible chemical data. A thick liner does not prove heat protection. An HPPE liner and a TDM cut result do not prove needle resistance.

Does compliance make the glove right for the job?

No. Compliance gives a structured set of results for the covered tests. Selection begins one step earlier, with the way a hand could contact the hazard.

Safe Work Australia's hierarchy-of-controls guidance puts elimination, substitution, isolation and engineering measures ahead of administrative controls and PPE. Gloves are used for risk that remains; they should not compensate for a missing guard, an avoidable sharp edge or an unsafe process.

Once the residual risk is clear, check all of the following:

1. Hazard and contact: What can reach the hand, with what force and motion, and on which hand area?
2. Relevant evidence: Which test result or other documentation addresses that exposure? Are any positions marked X or simply absent?
3. Coverage: Was the palm, back of hand, fingers, thumb web or cuff area tested and protected as required?
4. Task control: Can the worker grip, release and handle the item without extra force or loss of control?
5. Fit and compatibility: Is the correct size available, and does the glove work safely with sleeves, guards and other PPE?
6. Condition: What inspection and replacement signs apply? Has wear, contamination or cleaning affected the material?
7. Supporting information: Do the instructions state limitations, storage, cleaning and any impact-protected area?

A high number is not automatically the better choice. The rating still has to be considered with the task, protected area, fit, grip and compatibility with other controls. Near moving machinery, the INSST guidance specifically warns against using a glove with a tear result of level 1 or higher where there is an entanglement risk.

Compare only gloves that first meet the assessed protection requirement, then assess usability under normal work conditions without exposing a worker to the hazard.

Whether AS/NZS 2161.3 is required in a particular workplace cannot be answered by a blanket statement. Australian obligations may depend on the jurisdiction, regulation, code, contract, client requirement and task-specific guidance. Confirm the applicable requirements with the regulator or a competent adviser rather than treating the product marking as legal advice.

Worked example: what 4X43F actually says

SiteGrips lists its Work Site Gloves to AS/NZS 2161.3:2020 and with the mechanical-risk code 4X43F. Read strictly from left to right, the listed marking means:

• 4: abrasion resistance level 4;
• X: no circular-blade result to rely on in that position;
• 4: tear resistance level 4;
• 3: mechanical puncture resistance level 3; and
• F: TDM straight-blade cut resistance level F.

There is no final P shown, so this code does not demonstrate impact protection. It also says nothing about chemical, thermal, electrical or needle hazards.

The repository's verified product information lists a 13-gauge HPPE liner, sandy nitrile palm, and reinforcement at the thumb web and forefinger wear areas. Those are construction details. They do not extend the scope of 4X43F or prove suitability for an exposure that the listed evidence does not address.

This example shows why decoding comes before comparison. The marking provides useful evidence for five mechanical properties, including a high TDM cut class, while leaving other questions open. Approval still depends on the task, protected area, fit, grip, condition and any separate hazard evidence.

What to request before approving a glove

A product-page badge is a starting point, not the complete approval record. Ask the supplier for:

• the exact standard number and edition claimed;
• the complete performance marking, kept in its original order;
• user instructions that explain the results and limitations;
• a test report, certificate or declaration supporting the way compliance is described;
• the glove areas represented by the results and any declared impact area;
• any separate evidence needed for chemical, heat, electrical, needle or other hazards;
• available sizes and fitting information;
• cleaning and storage instructions, including any effect on performance; and
• inspection criteria and replacement triggers.

Keep those documents with the task assessment and purchasing record. If the product changes, the standard edition changes, or the work changes, review the selection again.

Treat the code as a filter, not a permission slip

AS/NZS 2161.3 gives buyers a common language for defined mechanical-risk tests. Use it to reject vague claims, separate 0 from X, recognise when impact evidence is absent, and compare documented options at the required performance level.

Then make the site decision. If the marking does not address the residual hazard, ask for separate evidence or choose a different control. If it does, compare coverage, fit, grip and usability without staging a cut, puncture or impact test on a worker.

The practical rule is short: approve the evidence for the hazard first, then choose the workable glove from the options that remain.

Sources

• Intertek Inform / Standards Australia catalogue record for AS/NZS 2161.3:2020
• BSI record for BS EN 388:2016+A1:2018
• INSST NTP 1146: Protective gloves against mechanical risks
• Safe Work Australia: Control the risks