Guide
ANSI Cut Resistance Levels Explained
Understand ANSI/ISEA 105 cut levels A1 through A9 and how safety teams should use them when selecting industrial gloves.
Last updated 2026-05-15
TL;DR
- ANSI cut levels provide a standardized way to compare glove material cut resistance.
- Higher levels are not automatically better for every task because dexterity and compliance still matter.
- Use cut levels with coating, gauge, abrasion, puncture, and worker trial data.
What ANSI cut levels measure
ANSI cut levels classify how much force a glove material withstands in a standardized cut test. The scale runs from A1 for lighter hazards to A9 for very high cut hazards.
The number is a comparison tool, not a complete PPE decision. A safety team still needs to evaluate grip, fit, application, and how long the glove lasts in the actual job.
When A4 through A9 matter
A4 through A9 are common decision points for industrial buyers because they cover moderate to severe cut hazards. Automotive, metal fabrication, glass handling, construction, and maintenance teams often evaluate these levels.
- A4 can fit moderate cut risk where dexterity matters.
- A6 and A7 can fit heavier sharp-edge handling.
- A8 and A9 are reserved for severe cut exposure where the glove still remains wearable.
How to avoid over-specifying
Over-specifying a glove can create stiffness, heat, and fatigue that reduce compliance. The safest selection is usually the glove that meets the documented hazard while workers can keep it on for the full task.
Frequently Asked Questions
Is ANSI A9 always safer than ANSI A4?
No. A9 has higher cut resistance, but it may be too much for tasks where dexterity and all-day wear drive compliance.
Does ANSI cut level replace a hazard assessment?
No. The cut level supports the hazard assessment, but it does not replace task review, worker trialing, or compliance documentation.
Do ANSI and EN 388 mean the same thing?
No. They are different standards, so buyers should review both ratings when both are required.