ANSI vs EN 388 Explained

Cut Resistant Gloves Standards Explained: ANSI vs EN 388

Introduction

Cut resistance standards exist to measure and compare glove performance under controlled testing conditions.
The two most widely used systems are ANSI/ISEA (North America) and EN 388 (Europe and global markets).

Understanding these standards helps employers and buyers select appropriate safety anti cutting gloves for specific tasks.


ANSI/ISEA 105 Cut Resistance Standard (A1–A9)

ANSI measures cut resistance by the grams of force required to cut through a glove material using standardized equipment.

ANSI Level Relative Protection Typical Use
A1–A2 Low light handling
A3–A4 Medium warehouse, general work
A5–A6 High metal & glass handling
A7–A9 Very High severe cut hazards

Higher levels indicate greater cut resistance—but often at the cost of dexterity.


EN 388 & ISO 13997 Cut Resistance (A–F)

EN 388 evaluates multiple mechanical risks:

  • Abrasion

  • Tear

  • Puncture

  • Cut resistance

Modern EN 388 testing includes ISO 13997 (TDM test), which reports cut performance using letters A–F (F = highest).

EN Letter Relative Protection
B–C Light
D–E Medium
F High

ANSI vs EN 388: What You Must Know

  • ANSI uses numbers (A1–A9)

  • EN 388 uses letters (A–F)

  • They are not directly interchangeable

  • Always follow local regulations or workplace requirements

Confusing these systems is a common cause of improper glove selection.


Why Cut Resistance Standards Matter

  • Support workplace safety compliance

  • Allow fair comparison between gloves

  • Reduce hand injury risk

  • Improve PPE purchasing decisions

Certified gloves provide predictable protection, unlike untested products.


How to Choose the Right Standard

  • Use ANSI in North America

  • Use EN 388 in Europe and international supply chains

  • Base selection on task hazard, not marketing claims

👉 Apply these standards when selecting cut resistant work gloves.


FAQ(Snippet Friendly)

Q1: Are ANSI and EN cut levels equivalent?
No. They use different test methods and rating systems.

Q2: Does a higher cut level always mean safer gloves?
Not always. Excessive protection may reduce dexterity and increase fatigue.

Q3: Which standard should I follow?
Follow the standard required by your region or safety policy.

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