The biggest mistake buyers make when selecting cut resistant gloves is ordering merely based on the phrase “cut proof”. Actual cut protection performance is governed by two major global standards: ANSI/ISEA 105 (US standard) and EN 388 (European standard).

• ANSI/ISEA 105: 9-grade system from A1 to A9

The US standard classifies gloves by cut resistance values. In the test, a blade slides across the glove material at a constant speed to measure the force (in grams) required to cut through the fabric.

• A1: Only 200g force can penetrate the material, offering minimal protection
• A4 (1500g): Widely adopted for auto assembly and glass handling
• A7–A9: Designed for extreme cut hazards including meat processing, scrap dismantling and recycling industries

The updated ANSI/ISEA 105-2024 further simplifies glove selection. It integrates cut, abrasion and puncture ratings into a pentagon icon, so end users can quickly view all mechanical protection at a glance.

• EN 388: Europe’s number and letter marking system

EN 388 uses 4 digits plus letters to indicate four mechanical properties in sequence: abrasion resistance (1–4), cut resistance (1–5), tear resistance (1–4), puncture resistance (1–4).

A key update in the 2016 revision was the adoption of the TDM-100 test method. A straight blade travels at constant speed to measure cut-through force in Newtons, with results graded from A to F (F = highest cut resistance).

The older Coupe test used a rotating circular blade. It caused the “dulling effect” on HPPE and glass fiber liners, which artificially inflated ratings. The TDM test simulates real-world cutting scenarios more accurately. When evaluating cut protection, always prioritize the ISO letter grade instead of the old Coupe numerical cut rating.

• Core selection rule: Match risk level, don’t just chase the highest grade

A widespread misconception is “buy the highest cut level possible”. Research from ANSEL shows that using ANSI A9 gloves for low risk jobs such as warehousing creates bulky, stiff handwear. Reduced dexterity hurts work efficiency, and workers may refuse to wear gloves due to discomfort.

The right workflow: First assess hazard type — continuous blade contact or occasional scraping? Are oils and greases present? Then match the proper protection grade.

• Electronic assembly: A2~A3 with PU coating
• Automotive sheet metal work: A4~A5
• Meat cutting: A7 and above

Higher cut resistance usually means thicker, less flexible gloves. Choose the minimal adequate protection for your specific workplace hazards to balance safety, comfort and productivity.