KBS Workgear - Disposable Gloves / Work Gloves

 

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    CHEMICAL RESISTANCE CHART

    The following chemical resistance information on this chart is intended to provide general information about the reaction of Nitrile examination glove films to the commonly used chemicals listed.

    The rating scale takes into consideration three primary factors:

    1. The ability of the chemical to permeate (pass through) the glove film;
    2. The ability of the chemical to degrade (break down) the physical structure of the glove film;
    3. The risk that contact exposure to the chemical poses to the glove wearer.

    Black Lightning Nitrile Gloves are thin gauge disposable product designed to provide barrier protection and tactile sensitivity to the wearer. Our gloves are not designed for applications involving prolonged, direct exposure to chemicals. Our intent in providing this chemical compatibility information is to provide a guideline for the use of our gloves in applications where incidental splash exposure to various chemicals may occur.

    Black Lightning Gloves recommends that you USE CAUTION AT ALL TIMES.
    Verify that your gloves are compatible with your specific applications, processes, and materials before using.
    When performing processes where gloves will receive prolonged, direct exposure to chemicals, use a glove specifically designed for chemical handling.
    Avoid the risk of exposing your workers, products, and facilities to chemical cross contamination: immediately dispose of gloves after contact with chemicals.
    Double gloving provides additional barrier protection and allows the outer glove to be disposed of after contact with chemicals without exposing the hand.

    KEY
    P Poor chemical resistance G Good chemical resistance
    F Fair chemical resistance E Excellent chemical resistance
    CHEMICAL NAME
    NITREX
    CHEMICAL NAME
    NITREX
    CHEMICAL NAME
    NITREX
    Acetalehyde
    P
    Dime Thylace Tamide
    F
    Naphta, <3% Aromatics
    E
    Acetic Acid
    G
    Dimethylformamide (DMF)
    P
    Nitric Acid, <30%
    E
    Acetic Anhydrine
    F
    1,3-Dioxane
    P
    Nitric Acid, 30-70%
    P
    Acetone
    F
    1,4-Dioxane
    P
    Nitrobenzene
    F
    Acetonitrile
    F
    Epichlorohydrin
    P
    Nitroethane
    P
    Acrylic Acid
    G
    Ethanol
    E
    1-Nitropropane
    P
    Ammonium Acetate
    E
    Ethylacetate
    P
    Octane
    E
    Ammonium Carbonate
    E
    Ethylether
    G
    Octylalcohol
    E
    Ammonium Flouride 30-70%
    E
    Ethylene Glycol Dimethylether
    F
    Oleic Acid
    E
    Ammounium Hydroxide <70%
    E
    Ethylene Dichloride
    P
    Oxalic Acid
    E
    Amyl Alcohol
    E
    Ethylene Glycol
    E
    Palmitic Acid
    E
    Aniline
    F
    Formaldehyde, 30-70%
    E
    PCB (Polychlorinated Biphenyls)
    G
    Aqua Regia
    P
    Formic Acid
    G
    Pentachlorophenol
    G
    Benzaldehyde
    P
    Freon 113 OR TF
    E
    Pentane
    E
    Benzene
    G
    Freon TMC
    F
    Perchloric Acid, 30-70%
    E
    Boric Acid
    E
    Furfural
    P
    Perchloroethylene
    G
    Bromopropionic Acid
    F
    Gasoline, Petrol, 40-50% Aromatics
    E
    Peroxyacetic Acid
    P
    Butylacrylate
    P
    Gasoline, Unleaded Petrol
    G
    Petroleum Ethers, 80-11 0C
    G
    ButylCellusolve
    G
    Glutaraldehyde, <5%
    G
    Phenol, >70%
    E
    Calcium Hydroxide
    E
    Glycerol
    E
    Phosphoric Acid, >70%
    E
    Carbon Disulfide
    G
    Heptanes
    E
    Picric Acid
    E
    Carbon Tetrachloride
    P
    Hesmethyldisiloxane
    G
    Potassium Hydroxide
    E
    Chlorobenzene
    P
    Hexane
    E
    Potassium Iodide
    E
    Chlorodibromomethane
    P
    Hydrazine
    E
    Propylacetate
    F
    Chloroform
    P
    Hydrochloric Acid, <30%
    G
    Pyridine
    P
    Chloronaphthalenes
    P
    Hydrochloric Acid, 30 -70%
    G
    Silicon Etch
    P
    Chromic Acid
    F
    Hydrofluoric Acid, <50%
    E
    Silver Nitrate
    G
    Cisplatin
    G
    Isobutyl alcohol
    E
    Sodium Carbonate
    E
    Citric Acid 30-70%
    G
    Isooctane
    E
    Sodium Chloride
    E
    Cyclohexane
    E
    Isopropyl Alcohol
    E
    Sodium Flouride
    E
    Cyclohexanol
    E
    Isopropylamine
    P
    Sodium Hydroxide, 30-70%
    E
    Cyclohexanone
    P
    Jet Fuel, <30% Aromatics 73-248C
    G
    Sodium Hypochorite
    E
    Cyclohexylamine
    P
    Kerosene
    E
    Sodium Thiosulfate
    E
    Di-N-Amylamine
    E
    Lactic Acid
    E
    Styrene
    P
    Di-N-Butylamine
    E
    Lauric Acid
    G
    Sulfuric Acid, 30-70%
    F
    Di-N-Butylphthalate
    E
    Malathion, 30-70%
    E
    Sulfuric Acid, <30%
    G
    Di-N-Octylphthalate
    E
    Methanol
    F
    Sulfuric Acid, >70%
    P
    Diace Tone Alcohol
    G
    Methyl Acetate
    P
    Tannic Acid
    G
    Diallylamine
    P
    Methyl Ethyl Ketone
    P
    1,2,4,5-Tetrachlorobenzene
    E
    Dichloroacetyl Chloride
    P
    Methyl Isobutyle Ketone
    P
    1,1,1,2-Tetrachloroethane
    F
    Diesel Fuel
    E
    Methyl Methacrylate
    P
    Tetrahydrofuran
    F
    Diethamolamine
    E
    Methylene Chloride
    P
    Toluene
    F
    Diethylamine
    G
    N-Amylacetate
    F
    Toluene -2,4-Diisocyanate (TDI)
    P
    Die Thylene Glycol
    E
    N-Butylacetate
    F
    1,2,4-Trichlorobenzene
    F
    Die Thylene Triamine
    P
    N-Butyl Alcohol
    E
    1,1,1-Trichloroethane
    P
    Diisobutylketone
    G
    N-Methyl-2-Pyrrolidone
    P
    Trichloroethylene
    P
    Diisobutylamine
    E
    N-Nitrosodie Thylamine
    P
    Tricresylphophate
    G
    Dime Thyl Ether
    G
    N-Propyl Alcohol
    E
    Turpentine
    E
    Dime Thyl Sulfoxide (DMSOC)
    G
    Naphtha, 15-20% Aromatics
    E
    Xylenes
    F
     
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