ANSI A6 Cut Resistant Gloves: What A6 Means and Where It Fits

Quick Answer: ANSI A6 is a cut-resistance level on the ANSI/ISEA 105 scale, which rates gloves from A1 to A9 by how much load the material withstands in a standardised cut test. A6 sits in the upper-middle of that scale, well above the levels used for light handling, and it is typically specified for sheet metal, glass, heavy cutting and maintenance work where a lower level would not hold up. Reaching A6 almost always requires an engineered liner, usually HPPE, aramid or a blend with steel or glass fibre, rather than a single ordinary yarn. The level belongs to the finished glove, so confirm it against that glove's own test documentation.

Key Takeaways

• ANSI A6 is one point on the ANSI/ISEA 105 cut scale (A1–A9); higher letters mean higher measured cut resistance.
• EN388:2016 expresses cut resistance with letters A–F plus a Coupe score, so the two scales are not interchangeable by letter.
• A6 generally needs an engineered liner: HPPE, aramid, or a blend reinforced with steel or glass fibre.
• Higher cut levels trade away some dexterity and breathability, so specify the level the task actually needs.
• The rating is a property of the finished glove construction, not of the fibre name on the label.
• Ask for the test documentation for the exact model, and test a sample on your own production line before ordering in bulk.

Table of Contents

• What ANSI A6 Means in Practice
• ANSI/ISEA 105 Compared with EN388
• What It Takes to Reach A6
• A5, A6 or A7? Choosing the Right Level
• Customization, MOQ and Sampling
• Inspection and Replacement
• Frequently Asked Questions

Supplier and Product Snapshot

The table below is our standard product and supplier reference. It is the same information our sales team works from when quoting, and it answers most of the questions buyers ask before a first order.

Please note: The above table data is for reference only. For specific information, please contact us.  

What ANSI A6 Means in Practice

ANSI/ISEA 105 rates cut resistance on a nine-point scale. Each level represents a higher load in the standardised cut test, and the step between adjacent levels is roughly a 40–50% increase in resistance rather than a small increment.

A simple way to think about it is that A6 is where a glove stops being a light-handling product and becomes a protection product for genuinely sharp work. That is also where the practical trade-offs begin: thicker liners, less breathability, and a fit that demands more attention.

One caution worth repeating. "A6" describes a test result for a specific glove. Two gloves with the same A6 level can still differ in abrasion resistance, grip, fit and heat behaviour, and those differences decide whether workers keep them on for a full shift. If a tender or an internal standard names A6, compare the whole specification, not just the level.

ANSI/ISEA 105 Compared with EN388

European and North American buyers often work with different scales, and the letters do not line up.

The practical conclusion: when a customer asks for "A6", confirm which scale they mean, and ask which test method was used. A spec that says only "high cut resistance" is not a specification, because it cannot be verified.

For how employers are expected to assess hazards before selecting PPE, the OSHA overview of personal protective equipment is a useful reference, and the CCOHS guidance on protective gloves covers glove selection and limitations.

What It Takes to Reach A6

Cut performance comes from the liner, so A6 is essentially a materials specification.

• HPPE (UHMWPE) — the most common base for higher levels, light for its strength and comfortable against the skin.
• Aramid — adds heat resistance, which is why aramid liners are common where sparks or hot parts are present.
• Steel or glass fibre — blended in to push the level higher, at some cost to flexibility and comfort.
• Nylon and spandex — included for fit and stretch, not for cut resistance.

Coating choice then decides whether the glove is usable in the real task: nitrile for oily parts, polyurethane for dry precision work, latex for flexible general grip. A high cut level with the wrong coating is common in over-specified orders, and it is one of the fastest ways to end up with gloves that stay in the box.

A5, A6 or A7? Choosing the Right Level

Start with the hazard and the part, then pick the lowest level that controls the risk with an acceptable margin. Over-specifying feels safer but often reduces wear time, which reduces protection overall.

Fit and dexterity decide whether the level works in practice. If workers cannot pick up small components, they will pull the glove off for those operations, and the protection is gone for the part of the shift that mattered. This is why we recommend sampling before a bulk order: a glove that tests well but feels wrong will not survive a week on the floor.

If you are comparing where A6 sits relative to finer gauges and other levels, the notes on 13-gauge A6 cut resistant gloves and on the next level up, 13-gauge A7 cut resistant gloves, go through the trade-off with concrete examples.

Customization, MOQ and Sampling

For most buyers, the level is the starting point and the order is built around it.

• Liner and level — the construction is chosen to hit the specified level, then adjusted for comfort and grip.
• Coating — palm-dipped, three-quarter dipped or fully dipped depending on the wet, oily or dry conditions on site.
• Branding and colour — logo options are supported, and custom colours are commonly used to separate sizes, departments or contract lines.
• Packaging — standard export packing, with cartons sized for container loading.
• Samples and lead time — free samples are available for evaluation; production runs from Changzhou, with Changzhou and Shanghai as the usual departure ports for shipment to Europe, Southeast Asia, North America, South America and Australia.

To move quickly, send the application, the required level and standard, the coating and grip requirement, sizes and estimated quantity, and any branding or packaging need. Those five points are what a factory needs to quote a specific glove rather than a category.

Inspection and Replacement

A cut level applies to an intact glove. Once the liner is torn or the coating has peeled, the tested performance no longer describes what the wearer is holding.

• Inspect gloves before each use for cracks, holes, peeling coating and liner tears, starting with the fingertips and the areas that see the most blade contact.
• Replace rather than repair: a repaired or patched glove is not the construction that was tested.
• Keep spares available at the workstation so replacement is never delayed until the end of the shift.
• Store gloves dry and out of direct sunlight, and follow the manufacturer's laundering guidance if they are reused.

Replace gloves at the first sign of liner damage rather than at the end of the week, and keep spares at the workstation.

Factory, Products and Service Gallery

These photos come from our own production and exhibition material, so you can see the products, the manufacturing process and the OEM service side of the business before you order.

Frequently Asked Questions

What is ANSI A6 in plain terms?

It is a cut-resistance level on the ANSI/ISEA 105 scale, which runs from A1 to A9. A6 sits in the upper-middle of that range and is normally specified for work with genuine cut exposure, such as sheet metal, glass and heavy maintenance, where lower levels would wear through or fail.

How does A6 compare with EN388?

The scales are different, so you cannot map a letter directly from one to the other. EN388:2016 uses letters A–F from the TDM test plus a Coupe score, while ANSI/ISEA 105 uses A1–A9. When a specification mentions a level, confirm which standard and which test method it refers to.

Do all cut resistant gloves reach A6?

No. Most light handling gloves sit at A1–A4. Reaching A6 usually requires an engineered liner such as HPPE or aramid, often blended with steel or glass fibre, which is why A6 gloves are thicker and less breathable. Always check the level of the specific model.

Is A6 better than A5?

It is higher, but "better" depends on the task. A6 gives more cut resistance and less dexterity, so for light handling it can make work harder and lead to gloves being removed. Choose the lowest level that controls the hazard with a reasonable safety margin.

How do I verify a claimed A6 level?

Ask for the test documentation for that exact glove construction, and check which standard and method it was tested under. Cut levels are results of testing a finished glove, so the certificate is the only proof, and two similar-looking gloves can carry different ratings.

Can I get a sample before ordering?

Yes. Free samples are offered for evaluation, which is the practical way to check fit, grip and comfort on your own line before committing to volume. Custom colours, branding and export packaging can also be specified.

Conclusion

ANSI A6 is a meaningful level, but it is a specification point rather than a marketing claim: it describes how a finished glove performed in a standardised cut test. If your task involves sheet metal, glass or heavy cutting, A6 is a reasonable target, provided the glove still fits well enough that people keep it on.

Choose the level from the hazard, verify it from the glove's own documentation, and sample before you buy in bulk. That sequence prevents the two most expensive outcomes: gloves that are too thin to protect, and gloves so stiff that nobody wears them.

Browse the cut resistant gloves collection for current models, or request a sample in the level you need.

This article is general technical information for industrial buyers and is not a substitute for a workplace risk assessment. Cut levels always refer to the tested performance of a specific glove model; confirm the level against that model's own test documentation before use.