• Dependable grip, excellent flexibility and a comfortable ergonomic shape.
• Puncture-resistant with latex coating
• Lined with two layers of Titan Armour
• Makes a great general-purpose work glove
• ASTM F2878 14.4 newtons of puncture protection (hypodermic needle)
•• The protective area is on the palm side of the glove only••
• EN388: 2016
• Level 2 – Abrasion
• Level X – Cut Resistance (Coupe Test)
• Level 4 – Tear Resistance
• Level 4 – Puncture
• Level F – ISO 13997 Cut Resistance
• EN 407: 2004
• Level X – Burning Behaviour
• Level 2 – Contact Heat
• Level X – Convective heat
• Level X – Radiant heat
• Level X – Small splashes of Molten Metal
• Level X – Large splashes of Molten Metal
• Please note: there is no European standard for needle resistance. Current industry practice is to utilize the American Standard ASTM F2878 as a guide, and to allow comparisons between different products. These products are not needle proof. Your own risk assessment therefore needs to be undertaken to decide the suitability of this product.
EN 388:2016 – Protective gloves against mechanical risks
Abrasion Resistance 2: Low/Medium abrasion resistance (500 cycles)
Cut Resistance (Coupe Test) X: Not tested/Blade was blunted ISO 13997 cut test required
Tear Resistance 4: High tear resistance (75N)
Puncture Resistance 4: High puncture resistance (150N)
Cut Resistance (ISO 13997) F: Ultra high cut resistance (≥30)
EN 407:2004 – Protective gloves against thermal hazards
Flammability X: Not tested
Contact Heat 2: 250°C
Convective Heat X: Not tested
Radiant Heat X: Not tested
Small splashes of molten metal X: Not tested
Large splashes of molten metal X: Not tested
EN 420:2003 + A1:2009 – Protective gloves. General requirements and test methods
ANSI/ISEA 105:2016 – American National Standard For Hand Protection Classification
Performance Level 5 – >= 10 Newtons of force