Complete Guide to EN 388:2016+A1:2018 Standards for Safety Gloves

Published: July 2, 2026 | By: Expedition Safety Team | Category: Standards & Compliance | Reading time: 8 min

1. What is EN 388 and Why Does It Matter?

EN 388 is the European Norm (EN) standard 388, titled "Protective gloves against mechanical risks." It is one of the most important certification standards for industrial safety gloves sold in the European Union, the UK, and many other countries that follow EU PPE regulations.

If you are a B2B procurement manager, distributor, or safety officer, understanding EN 388 is non-negotiable. It determines:

• Which jobs and environments a glove is suitable for
• Whether a glove meets legal compliance for your workers
• How to compare two products objectively
• The true cost of ownership (better ratings = longer life)

2. Version History: 2003 vs 2016 vs 2016+A1:2018

Most gloves manufactured in 2024-2026 use the 2016+A1:2018 version. The "A1" amendment is widely accepted as the current industry baseline.

3. The 4 Mechanical Hazards Explained

EN 388 tests gloves against 4 categories of mechanical risk:

1. A. Abrasion Resistance — Number of cycles until the glove is worn through. Tested with sandpaper under pressure.
2. B. Cut Resistance (Couptest) — Number of cycles to cut through with a rotating circular blade. Best for low-cut-risk applications.
3. C. Tear Resistance — Force required to tear the glove material apart.
4. D. Puncture Resistance — Force required to puncture the glove with a steel stylus.

4. The 6 Performance Letters (A-F)

Each glove's EN 388 rating is shown as 4 digits + up to 2 letters:

"X" or "0" in any position means the test was not performed or the glove failed. Always be cautious with "X" ratings — it often means the manufacturer skipped the test.

5. How to Read an EN 388 Code

Example: 4X43CP

• 4 = Abrasion Level 4 (highest)
• X = Couptest not performed
• 4 = Tear Level 4 (highest)
• 3 = Puncture Level 3 (good)
• C = ISO 13997 cut test, Level C (medium-high cut)
• P = Pass impact test (knuckle protection)

6. Real Examples & Comparison

Here is a real comparison of 3 Expedition Safety products to help you choose:

7. EN 388 vs ANSI/ISEA 105: Which Standard Does Your Market Require?

If you export gloves to both Europe and North America, you will meet two cut-resistance standards that look similar but are tested differently. Understanding the difference prevents costly compliance mistakes at customs and on the buyer's technical evaluation sheet.

EN 388 (Europe, UK, and most of Africa) is the EU mechanical-risk standard covered above. Cut resistance is expressed in two ways: the Couptest letter B (0–5) for low-risk work, and the ISO 13997 letter E (levels A–F in Newton force) for high-performance fibres. Abrasion is rated 0–4, tear 0–4, puncture 0–4, and impact is a simple P (pass) or F (fail).

ANSI/ISEA 105 (United States) uses ASTM F2992–15 (the TDM-100 test) for cut, reported as levels A1–A9. Its abrasion scale runs 0–6 and puncture 0–6—finer than EN 388. Impact is reported as Pass or Fail rather than a letter.

Practical rule for B2B buyers: if your end users are in the EU, UK, or African markets following EU PPE Regulation (EU) 2016/425, specify EN 388 and ask for the CE certificate. If you sell into the US, demand ANSI/ISEA 105 test reports. Expedition Safety dual-labels most cut-resistant models so a single SKU clears both technical evaluations.

8. How to Choose the Right Cut-Resistant Glove: A 5-Step Checklist

Selecting a glove on price alone is the most common procurement error. Use this five-step checklist to match protection to the actual hazard:

1. Identify the cut hazard. Light assembly and packaging need only Couptest level B; glass, sheet metal, blades, and recycling demand ISO 13997 level E (A–F). When in doubt, over-specify—the cost gap is small versus an injury claim.
2. Match the EN 388 letter E level. Level A–B covers occasional blade contact. Level C–D suits metal stamping and glass handling. Level E–F is for sustained sharp-edge exposure.
3. Check abrasion and tear for durability. A glove with high cut but low abrasion (level 1–2) will wear out fast on rough surfaces, raising your true cost per unit. Target abrasion 3–4 for industrial use.
4. Add impact protection (P) for crush and impact jobs. Oil & gas, mining, and heavy machinery should specify the P letter—standard EN 388 does not cover knuckle/back-of-hand impact.
5. Verify certification before bulk order. Request the EN 388 test report and CE certificate from the supplier. A credible manufacturer provides the full document, not just a logo on the cuff.

For bulk procurement, confirm MOQ and FOB terms early—cut-resistant gloves with HPPE or steel-core yarns have longer lead times than standard PU-coated models. Expedition Safety supports OEM/ODM with stable monthly capacity for repeat orders.

9. Industry Application Scenarios: Matching EN 388 to the Job

The same "cut-resistant" label hides very different risk profiles. Below is a quick mapping from job to the EN 388 code we recommend:

When a buyer asks "which glove for my factory," start from this table, then fine-tune by confirming their actual cut hazard in step 1 of the checklist above. Supplying the right code—not the cheapest—is what turns a one-time inquiry into a repeat order.

EN 388 Letter Cheat Sheet

If you only remember one thing, remember the letter E. It is the ISO 13997 cut test and the single most important indicator for serious laceration risk. A glove marked only with B (Couptest) can still cut easily under a sharp, drawn blade—exactly the scenario in glass and metal work. Use this one-line reference when screening suppliers:

Print this table and keep it next to the RFQ form. It removes ambiguity when a supplier sends a code like 4X43EP and lets your team reject under-specified gloves before they reach the warehouse.

10. Frequently Asked Questions

Last updated: July 2, 2026. Reviewed by: Expedition Safety Compliance Team.

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