Cut Resistant Gloves for Metal, Glass and Blade Hazards

Cut resistant gloves reduce laceration risk when handling sheet metal, glass, blades, sharp plastics, packaging edges and abrasive parts. Safety teams should match cut level to the task rather than assuming the highest level is always best.

Quick guide: Compare EN 388:2016 ISO cut levels A-F, ANSI/ISEA cut levels A1-A9, liner material, palm coating and dexterity. HPPE, aramid and reinforced yarns can improve cut resistance, but no glove is completely cut-proof.

How to Select the Right Hand Protection

Cut risk	Typical glove direction	Selection note
Light sharp edges	A2-A3 / EN B-C range	Better dexterity for assembly
Sheet metal or glass	A4-A6 / EN D-E range	Balance grip, coating and durability
High-risk blade or heavy edge work	A7-A9 / EN F range	Use with safe work procedures and trials

Standards and Procurement Notes

Read EN 388 markings carefully, especially where the older Coup cut score is replaced by an ISO 13997 letter. Worker trials help confirm that grip and tactility remain suitable for the actual process.

Common Questions

How do I choose the right safety glove?

Start with the hazard, then compare material, coating, cuff length, grip, dexterity and test marking. Worker trials are useful because a glove that protects well but is too bulky may not be worn consistently.

Do all gloves need the same certification?

No. Requirements depend on the hazard and product type. Chemical protective gloves in Malaysia may need DOSH/SIRIM KPD documentation, while general handling gloves are usually selected by risk assessment and declared performance.

Can Safetyware help with glove selection?

Safetyware can help compare product options, sizes, documentation and sample requirements for factories, laboratories, construction sites and maintenance teams.

Related Support

Need help comparing glove materials, cut levels or procurement documentation? Contact Safetyware for product guidance, samples or quotation support.