Chemical Resistant Gloves, 10, Glove Materials Neoprene, 1 PR

These neoprene chemical-resistant gloves have a supported cotton liner.
– Neoprene gloves are flexible, have a high tensile strength, and are resistant to a broad range of oils, acids, alcohols, fats, ketones, caustics, solvents, greases, and petrochemicals.
– The supported cotton liner is incorporated into the glove material to increase durability and absorb moisture and perspiration to keep hands dry.
– Cotton is more comfortable and breathable than synthetic and blended materials.
– Supported gloves incorporate the liner into the glove for better durability over unsupported gloves, making them a good choice for tasks when gloves are fully submerged in liquid.

Additional Hazard Protection / Chemical-Resistant
ANSI/ISEA Abrasion Cycles / 1,000
ANSI/ISEA Abrasion Level / 3
ANSI/ISEA Puncture Force / 60 N
ANSI/ISEA Puncture Level / 3
Anti-Static / Yes
Biodegradable / Non-Biodegradable
Brand and Series / Ansell AlphaTec 08-352
Chemical Glove Features / Coated
Color / Green
Cuff Style / Gauntlet
Electrostatic Properties / Antistatic
EN ISO 374 Chemical Rating / Type A – AKLMNPT
Glove Coating Color / Green
Glove Coating Finish / Rough
Glove Color Family / Green
Glove Construction / Rubber
Glove Hand Style / Left and Right
Glove Length / 12 in
Glove Liner Material / Cotton Interlock
Glove Materials / Neoprene
Glove Performance / General Purpose
Glove Size / 10
Glove Style / Chemical
Glove Texture / Rough
Glove Texture Location / Fingers Only
Glove Thickness / 55 mil
Latex-Free / Yes
Series / AlphaTec 08-352
Silicone-Free / Yes
Standards / ANSI, EN ISO 374-1:2016 Type A AKLMNPT, EN 374 AKL, EN ISO 374-5:2016, EN 388 3121B, EN 388 3121, EN 407 X1XXXX, EN 374:2003
Supported / Unsupported / Supported
Thickness / Standard Weight
EN ISO 374 Type / Type A
EN ISO 374-5 Microorganism Protection Type / Bacteria, Fungi
EN ISO 374 Chemicals Tested / A – Methanol, K – Sodium Hydroxide 40%, L – Sulphuric Acid 96%, M – Nitric Acid 65%, N – Acetic Acid 99%, P – Hydrogen Peroxide 30%, T – Formaldehyde 37%