Cut level 6 gloves carry an ANSI/ISEA 105 Cut Level A6 rating — the sixth tier of the nine-level cut resistance scale — delivering high protection against sharp edges, blades, and slicing hazards. Rated to withstand 3,000–3,999 grams of blade force before cut-through, they are a medium-to-high tier hand protection option for tasks with frequent sharp material contact. Lacerations account for 63% of workplace hand injuries, making this level of tested protection valuable for high-risk roles.
Key Takeaways
- Cut level 6 gloves hold an ANSI A6 rating, withstanding 3,000–3,999 grams of blade cut force.
- A6 gloves are ideal for tasks with frequent sharp edge exposure, such as metal fabrication, glass handling, and heavy manufacturing.
- Advanced fiber blends and reinforced palm construction deliver high cut resistance without excessive bulk.
- Match cut level to your specific task: higher ratings cost more and may reduce dexterity, so avoid over-specifying for low-risk work.
- Always verify ANSI/ISEA 105 ratings on product labeling to confirm tested cut resistance performance.
What Does the ANSI A6 Cut Level Rating Mean?
The ANSI/ISEA 105 standard rates cut resistance across nine levels (A1 through A9), based on the force required for a standard blade to slice through the glove material. Higher numbers indicate greater cut resistance, with each level covering a fixed force range.
A6 sits at the sixth tier of the scale, classified as medium-to-heavy duty protection. It aligns with EN 388 Level F under the harmonized ISO 13997 test method (adopted in 2016 across both ANSI and European standards).
ANSI Cut Resistance Scale
| ANSI Cut Level | Cut Resistance (Gram Force) | Duty Classification |
|---|---|---|
| A1 | 200 – 499 | Light duty |
| A2 | 500 – 999 | Light duty |
| A3 | 1,000 – 1,499 | Light duty |
| A4 | 1,500 – 2,199 | Medium duty |
| A5 | 2,200 – 2,999 | Medium duty |
| A6 | 3,000 – 3,999 | Medium-heavy duty |
| A7 | 4,000 – 4,999 | Heavy duty |
| A8 | 5,000 – 5,999 | Heavy duty |
| A9 | 6,000+ | Heavy duty |
Note: EN 388 ratings use newtons instead of grams, and Level F aligns with the A6 cut tier. Always verify which standard a manufacturer tests to, as labeling varies between systems.
How Cut Resistance Is Tested
Ratings are determined using the ASTM F2992-15 test method on a TDM-100 Tomodynamometer machine. A straight razor blade is drawn across the material sample under increasing force until it cuts through, with a fresh blade used for each trial.
Each sample is tested five times across three different load levels, with 20mm long cuts in a consistent direction. The average force required to cut through the material (in grams) becomes the final cut resistance rating, which is then mapped to the corresponding ANSI level.
A6 Glove Construction & Performance
Cut resistance comes from a combination of advanced fiber materials and reinforced construction design.
Core Materials
Most A6 safety gloves use high-performance polyethylene (HPPE) fiber as the base, which delivers strong cut resistance with less bulk than steel wire or thick aramid blends. Engineered blends may mix HPPE with glass fiber, nylon, or polyester to adjust strength, flexibility, and comfort. Some premium styles add SuperFabric surface plating (small ceramic/polymer plates) to stop blades before they penetrate the knit base.
Common Construction Features
| Feature | Function in A6 Gloves |
|---|---|
| Reinforced palm | Adds extra cut protection in high-wear contact zones |
| Seamless knit liner | Reduces pressure points and hot spots for all-day wear |
| Palm coating (foam/sandy nitrile) | Improves grip on dry, damp, or lightly oily surfaces |
| Touchscreen-compatible fingertips | Allows device operation without glove removal |
| ESD-safe versions | Suitable for sensitive electronics manufacturing |
When to Choose Level 6 Gloves
A6 gloves are best suited for roles with frequent, consistent contact with sharp edges. Common industries and applications include:
- Heavy manufacturing and metal fabrication (sheet metal handling, stamping, sharp component assembly)
- Glass handling and fabrication (large sheet glass, sharp edge work)
- Automotive manufacturing, appliance assembly, and construction
- Food processing with sharp cutting tools
- Machining and metal saw operations
Selection Best Practices
Match cut level to your specific hazard level, rather than defaulting to the highest available rating:
- Lower levels (A1–A3) work for light assembly and packaging where dexterity and feel are priorities.
- Mid-tier levels (A4–A5) fit general parts handling with moderate edges.
- A6 delivers value for frequent sharp-edge contact; upgrade to A7–A9 only for heavy slicing tasks.
Over-specifying raises costs and reduces dexterity without providing additional safety benefits. As a safety gloves manufacturer, WELWORK offers gloves rated A1 through A9 with CE EN 388 certification, helping buyers match cut resistance to specific task risks.
FAQ
What does an A6 rating mean on a glove label?
An A6 label means the glove passed ANSI/ISEA 105 testing with a cut resistance of 3,000–3,999 grams of force. It is the sixth tier of the nine-level scale, indicating medium-to-heavy blade resistance.
Do A6 gloves work for every sharp-edge job?
No. A6 gloves are ideal for frequent sharp stock contact like sheet metal or glass handling. Lighter, lower-risk tasks are better suited to lower cut levels. Over-specifying adds cost and bulk with no safety gain.
How do ANSI and EN 388 ratings compare?
Both share the ISO 13997 test method, and A6 aligns with EN 388 Level F. ANSI reports cut resistance in grams, while EN 388 uses newtons. Always check both ratings on product labeling for full context.
Can workers wear A6 gloves all day?
Yes. Modern coreless HPPE fiber designs keep A6 gloves flexible and breathable enough for full shifts. A snug fit and seamless liner reduce hot spots and bunching for improved compliance and all-day comfort.
Where can buyers find tested A6 cut-resistant gloves?
WELWORK tests its full glove line to ANSI A1–A9 and CE EN 388 standards. Always verify the rating on the product label and match cut level to your specific task hazard for the most cost-effective protection.
