EN 388 vs ANSI Cut Resistant Gloves: Selection Guide for Malaysia and Singapore

EN 388 vs ANSI Cut Resistant Gloves: Selection Guide for Malaysia and Singapore

EN 388 vs ANSI Cut Resistant Gloves: Selection Guide for Malaysia and Singapore

Practical answer: EN 388 and ANSI/ISEA 105 are both useful for comparing hand protection, but they should not be treated as a complete buying decision. Match the cut rating to the real edge hazard, then check abrasion, puncture, grip, coating, cuff length, dexterity and worker acceptance.

Cut-resistant gloves are often bought after a hand injury, but the better approach is to map the task before the incident happens. Sheet metal, glass, plastic trimming, blades, wires, stamped parts and maintenance work can all need different glove constructions even when the headline cut level looks similar.

How EN 388 and ANSI/ISEA 105 are used

Comparison point EN 388 ANSI/ISEA 105
Common use Widely seen on gloves sold into markets using European-style PPE markings. Commonly used by buyers who want a numerical cut-level scale for hand protection.
Best procurement use Useful for a wider mechanical-risk picture including abrasion, tear, puncture and cut. Useful when comparing cut resistance levels across glove families and job tasks.
Common mistake Buying only from the highest visible rating without checking comfort and grip. Assuming one high cut level is suitable for every department.

Selection method that works on real sites

Start with the material being handled, the sharpness of the edge, force applied, duration, wet or oily conditions and whether the user also needs heat, chemical, ESD or cleanroom control. A glove that scores well but feels too bulky may not be worn consistently.

For Malaysia, chemical-protective hand protection may need supporting evidence under DOSH-SIRIM PPE approval requirements. In Singapore, hand protection should be connected to WSH risk assessment, worker training and review after task changes.

Related Safetyware pathways

FAQ

Should I always buy the highest cut level?

No. Higher cut resistance can reduce dexterity and comfort. Select the level that controls the hazard while allowing the worker to grip, move and complete the task safely.

Do cut-resistant gloves protect against puncture?

Not automatically. Cut, puncture, abrasion and needle-stick resistance are different performance areas. Check the datasheet and test evidence for the actual hazard.

Official references

Need help matching standards to products?

Share the task, hazard, target country, preferred standard, quantity and documentation needs through the Safetyware inquiry form. Safetyware can help route product, training, documentation and service enquiries to the right team.

Technical reviewer: Safetyware EHS Consultancy / Safetyware Academy technical team. Revision date: 13 August 2026.

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