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Chemical-Resistant Gloves

Chemical-Resistant Gloves

Chemical-resistant gloves are suitable for use in chemical plants and processing, petrochemicals, oil refining, transportation, janitorial work, and maintenance. For applications involving degreasing, as well as work with solvents and hazardous liquids, they are available in a wide range of materials.

FEATURED

Ansell™ ALPHATEC™ 53-002

Revolutionary hybrid technology delivering a breakthrough in chemical performance.

    Ansell™ ALPHATEC™ 53-002

    UNPARALLELED COMFORT

    Ansell™ Microflex™ 93-260 Chemical-Resistant Disposable Glove

    Provides thin yet tough chemical protection with unparalleled comfort

    Extra soft material and ergonomic design for outstanding fit, feel and flexibility for longer wear time.

    Ansell™ Microflex™ 93-260 Chemical-Resistant Disposable Glove

    NYLON LINER

    Ansell™ AlphaTec™ 58-530W Series Nitrile Immersion Gloves

    Recommended for indoor applications

    Enables users to handle wet or oily objects with less grip force and more control.

    Ansell™ AlphaTec™ 58-530W Series Nitrile Immersion Gloves

    Complete Your Order - Great Deals

    FAQ

    Chemical-resistant gloves are made to withstand hazardous chemicals. Common types include:

    • Nitrile Gloves: Resist oils, grease, acids, caustics, and solvents
    • Neoprene Gloves: Protect against oils, acids, caustics, and solvents
    • Butyl Gloves: Shield from gases and highly corrosive acids like nitric and sulfuric acid
    • PVC Gloves: Effective against acids, bases, oils, and fats
    • PVA Gloves: Resist many solvents but are damaged by water
    • Viton Gloves: Resist chlorinated and aromatic solvents, as well as concentrated acids

    The thickness of chemical-resistant gloves can vary depending on the specific application and the chemicals being handled. Generally, thicker gloves provide better protection but may reduce dexterity. Common thicknesses include:

    • 4-8 mils (0.1-0.2 mm): Suitable for light chemical handling where dexterity is important
    • 8-12 mils (0.2-0.3 mm): Provides moderate protection for a wider range of chemicals
    • 12-18 mils (0.3-0.5 mm): Offers higher protection for more hazardous chemicals and extended exposure
    • 18-30 mils (0.5-0.8 mm) and above: Used for heavy-duty chemical handling where maximum protection is required

    Reusing chemical-resistant gloves depends on:

    • Chemical Type and Concentration: Dispose gloves after exposure to highly corrosive or permeating chemicals
    • Exposure Duration: Short-term exposure to less harmful chemicals may allow for reuse if gloves are inspected and cleaned
    • Condition: Discard gloves with any signs of wear, degradation, punctures, or tears
    • Manufacturer Guidelines: Follow instructions for reuse; some gloves are single-use
    • Cleaning: Clean and decontaminate gloves as recommended.
    • Storage: Store cleaned gloves in a cool, dry place away from sunlight and chemicals

    Resources and Related Information

    What Glove Is Best for Your Application?

    Learn about the two major hazard categories—chemical and biological—and the resistance characteristics of various glove materials.

    What Glove Is Best for Your Application?

    Glove Selection Chart

    Find a glove selection chart detailing the breakthrough times of various glove materials when exposed to different chemicals.

    Glove Selection Chart

    Ansell Chemical Tools

    Uncover chemical protection uniquely tailored to your specific needs with the AnsellGUARDIAN™ chemical suite of digital tools.

    Ansell Chemical Tools

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