Hexarmor

Standards and Certification

HexArmor gloves are tested to EN388:2016 (European) and ANSI/ISEA 105-2024 (American) standards. EN388 measures abrasion, cut, tear, puncture, and impact. ANSI/ISEA 105-2024 uses a 9-level cut scale and includes needlestick testing via ASTM F2878, which uses actual 25-gauge needles. Products in this collection include gloves certified to Cut A9 (the highest cut level) and Needlestick Level 5; check individual listings for exact ratings.

Key Selection Criteria

Match your glove to the hazard type. Needle-stick protection is not the same as blunt puncture resistance. If you're handling syringes, broken glass, or hypodermic sharps, look for ASTM F2878 needlestick ratings. For metal fabrication or handling stamped edges, prioritise EN388 cut levels (A6 and above). HexArmor models like the 4041 and 9014 offer enhanced protection zones on palms and fingertips where injuries most often occur. Higher ratings add bulk, so balance protection with the dexterity your task requires.

Use Cases and Suitability

HexArmor gloves are used across multiple sectors:

• Emergency services and extrication work – protection during vehicle rescue and debris handling
• Waste and recycling operations – defence against concealed sharps in refuse
• Healthcare and custodial – needle-stick protection when handling bio-hazardous waste
• Manufacturing and metalworking – cut and puncture defence against swarf, sheet metal, and stamped components

Limitations and Common Specification Mistakes

Don't assume all HexArmor gloves offer the same protection level. Cut A9 and Needlestick Level 5 are found on specific models with reinforced zones, not across the entire range. Check the exact EN388 pictogram and ANSI rating on each product page. Another mistake: over-specifying for low-risk tasks. A Level 5 needlestick glove is unnecessary for general assembly work and reduces tactility. Match the glove to the actual hazard, not the worst-case scenario you'll never encounter.