Chemstop™
FCX36PVC

Cut-resistant PVC chemical protection with outstanding flexibility for liquid and chemical resistance that won’t hinder range of motion

About The Product

Our Chemstop™ FCX36PVC chemical protection offers cut resistance and better range of motion to maximize dexterity and flexibility. Our specially formulated PVC flex coat is more flexible than typical PVC for better freedom of movement while providing protection liquids and a wide variety of chemicals and solvents. Featuring a soft inner liner for added comfort, they offer 360° cut protection with ANSI A6 cut resistance and maximum ANSI 6 abrasion protection. Tested in accordance with EN ISO 374-1:2016 for resistance to: Hydrochloric acid (36%), Sulphuric Acid (96%), Nitric Acid (65%), Acetic Acid (99%), Sodium Hydroxide (40%), Ammonium Hydroxide (25%), Phenol (90%), Aniline, Methanol.

Applications

Automotive, Lumber, Mining, Oil & Gas, Pulp & Paper, Utilities

Recommended For

Chemical Handling, Maintenance, Material Handling, Sheet Metal Handling

Available Sizing

7, 8, 9, 10, 11, 12

Shipping And Packaging

Unit of Measure

Pair

Country of Origin

Honduras

Features And Tech

Made In Americas

Yes

Waterproof

Yes

Chemical Glove Length

36 cm / 14 in

P65 Warning

WARNING: Known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, go to www.P65Warnings.ca.gov.

New

Chemstop™ FCX36PVC

Cut-resistant PVC chemical protection with outstanding flexibility for liquid and chemical resistance that won’t hinder range of motion

Our Chemstop™ FCX36PVC chemical protection offers cut resistance and better range of motion to maximize dexterity and flexibility. Our specially formulated PVC flex coat is more flexible than typical PVC for better freedom of movement while providing protection liquids and a wide variety of chemicals and solvents. Featuring a soft inner liner for added comfort, they offer 360° cut protection with ANSI A6 cut resistance and maximum ANSI 6 abrasion protection. Tested in accordance with EN ISO 374-1:2016 for resistance to: Hydrochloric acid (36%), Sulphuric Acid (96%), Nitric Acid (65%), Acetic Acid (99%), Sodium Hydroxide (40%), Ammonium Hydroxide (25%), Phenol (90%), Aniline, Methanol.