Chemical resistance guide


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    Chemical resistance levels

    SHIELD Scientific has developed one of the most comprehensive chemical resistance guides, to help users in their risk assessments for evaluating personal protection to chemical exposure.

    The testing has been conducted by reputable testing laboratories (Respirex, Proqares & Centexbel), according to EN 16523-1:2015+A1:2018 (Determination of material resistance to permeation by chemicals – Part 1: permeation by liquid chemical under conditions of continuous contact). This standard supersedes EN 374-3:2003. However we would like to stress that all of our gloves are disposable thin gauge gloves designed for light chemical protection.

    Level 0

    < 10 minutes

    Level 1

    10 > 29 minutes

    Level 2

    30 > 59 minutes

    Level 3

    60 > 119 minutes

    Level 4

    120 > 239 minutes

    Level 5

    240 > 479 minutes

    Level 6

    > 480 minutes

    SHIELDskin CHEM™

    NEO NITRILE™ 300

    Styrene 99.9%

    100-42-5

    5 min

    Benzyl alcohol

    100-51-6

    123 min

    1,2-Dichloroethane 99%

    107-06-2

    5 min

    1-Methoxy-2-propanol 99%

    107-98-2

    72 min

    Methyl Isobutyl Ketone 99%

    108-10-1

    8 min

    Toluene 99.9%

    108-88-3

    4 min

    Cyclohexanone 99%

    108-94-1

    24 min

    Phenol 85%

    108-95-2

    138 min

    Phenol 50%

    108-95-2

    163 min

    Phenol 0.1% solution

    108-95-2

    480 min

    Diethylamine 99.5%

    109-89-7

    3 min

    Tetrahydrofuran 99.9%

    109-99-9

    1 min

    Cyclohexane

    110-82-7

    480 min

    Pyridine

    110-86-1

    6 min

    Glutaraldehyde 25%

    111-30-8

    480 min

    2-Butoxyethanol 99%

    111-76-2

    134 min

    Triethylamine 99%

    121-44-8

    37 min

    Ethidium bromide 5%

    1239-45-8

    480 min

    Tetrachloroethylene 99%

    127-18-4

    10 min

    Dimethyl acetamide 99%

    127-19-5

    14 min

    Sodium Hydroxide 50%

    1310-73-2

    480 min

    Sodium Hydroxide 40%

    1310-73-2

    480 min

    Xylene 98.5%

    1330-20-7

    8 min

    Ammonium hydroxide 28-30%

    1336-21-6

    153 min

    Ethyl acetate 99.8%

    141-78-6

    5 min

    n-Heptane 99%

    142-82-5

    DR 61% / 37 min

    Formaldehyde 10%

    50-00-0

    480 min

    Formaldehyde 37%

    50-00-0

    480 min

    Iso-Octane 99%

    540-84-1

    480 min

    Carbon tetrachloride

    56-23-5

    12 min

    Ethanol 99.8%

    64-17-5

    154 min

    Formic acid 98.5%

    64-18-6

    125 min

    Methanol 99.9%

    67-56-1

    DR 60% / 36 min

    Isopropanol 70%

    67-63-0

    480 min

    Isopropanol 100%

    67-63-0

    480 min

    Acetone 99.8%

    67-64-1

    7 min

    Chloroform 99.8%

    67-66-3

    4 min

    Dimethyl sulfoxide 99% (DMSO)

    67-68-5

    179 min

    Dimethyl formamide 99%

    68-12-2

    9 min

    Diesel fuel

    68334-30-5

    304 min

    n-Propanol

    71-23-8

    304 min

    Butanol 99.4%

    71-36-3

    448 min

    Benzene 99%

    71-43-2

    5 min

    Acetonitrile 99.9%

    75-05-8

    20 min

    Dichloromethane 99%

    75-09-2

    2 min

    Carbon disulfide 99.9%

    75-15-0

    1 min

    Hydrochloric acid 37%

    7647-01-0

    480 min

    Phosphoric Acid 30%

    7664-38-2

    480 min

    Phosphoric acid 85%

    7664-38-2

    480 min

    Hydrofluoric acid 48%

    7664-39-3

    168 min

    Hydrofluoric acid 60%

    7664-39-3

    42 min

    Nitric acid 99%

    7697-37-2

    2 min

    Nitric Acid 70%

    7697-37-2

    122 min

    Nitric acid 65%

    7697-37-2

    59 min

    Hydrogen peroxide 12%

    7722-84-1

    480 min

    Hydrogen peroxide 30%

    7722-84-1

    480 min

    Isobutanol 99%

    78-83-1

    480 min

    Methyl ethyl ketone 99%

    78-93-3

    2 min

    Acrylamide 40%

    79-06-1

    480 min

    Acrylic acid 99%

    79-10-7

    47 min

    Methyl Methacrylate 99%

    80-62-6

    8 min

    N-methyl-2-pyrrolidone

    872-50-4

    43 min

    Hexamethyldisilizan 99%

    999-97-3

    480 min

    Citric acid 30%

    77-92-9

    480 min

    n-Hexane 95%

    110-54-3

    138 min

    Potassium Hydroxide 40%

    1310-58-3

    480 min

    Sodium Hypochlorite 13%

    7681-52-9

    480 min

    n-Pentane 98%

    109-66-0

    45 min

    Diisopropyl ether 99%

    108-20-3

    29 min

    Diisopropyl ethylamine 99%

    7087-68-5

    322 min

    Trifluoroacetic acid 99%

    76-05-1

    57 min

    Methyl Tert Butyl Esther (MTBE)

    1634-04-4

    14 min

    Benzenesulfonic acid 20% solution in water

    98-11-3

    480 min

    Dichloroacetic acid 99%

    79-43-6

    80 min

    Dioxane 99%

    123-91-1

    10 min

    Hydrazine monohydrate 80%

    7803-57-8

    480 min

    Hydrazine monohydrate 98%

    7803-57-8

    480 min

    Trichloroacetic acid 10%

    76-03-9

    480 min

    m-Cresol 98.5%

    108-39-4

    212 min

    Oxalyl chloride

    79-37-8

    1 min

    Tetramethylammonium hydroxide 2.5%

    75-59-2

    480 min

    2-Methyltetrahydrofuran 99.9%

    96-47-9

    4 min

    Butyl methacrylate 99.9%

    97-88-1

    22 min

    Aniline 99.9%

    62-53-3

    46 min

    Methylcyclohexane 99.9%

    108-87-2

    58 min

    Sulphuric Acid 10%

    7664-93-9

    480 min

    Sulphuric Acid 50%

    7664-93-9

    480 min

    Sulphuric Acid 95%-98%

    7664-93-9

    DR 78% / 59 min

    Sodium acetate Sat. solution

    127-09-3

    480 min

    Secondary isoamyl alcohol 98%

    598-75-4

    480 min

    Tris (hydroxymethyl) aminomethane Sat. solution

    77-86-1

    480 min

    Bromine

    7726-95-6

    7 min

    Propylene oxide 99%

    75-56-9

    2 min

    3-Methoxypropylamine 99%

    5332-73-0

    7 min

    1,2,4- Trimethylbenzene 98%

    95-63-6

    21 min

    2-Mercaptoethanol 99%

    60-24-2

    63 min

    1,3,5-Trimethylbenzene 98%

    108-67-8

    19 min

    1-Methoxy-2-propylamine 95%

    37143-54-7

    12 min

    Diethyl ether 99%

    60-29-7

    6 min

    Acridine orange

    10127-02-3

    480 min

    Guanidine hydrochloride

    50-01-1

    480 min

    Formamide 99%

    75-12-7

    123 min

    Euro 95 unleaded petrol

    Mixed Solution

    16 min

    Aqua regia

    Mixed Solution

    480 min

    Mucocit®-T branded mixture

    Mixed Solution

    480 min

    Hydranal ® -Composite 2

    Mixed Solution

    480 min

    Phenol:Chloroform Isoamyl Alcohol 25:24:1

    Mixed Solution

    9 min

    LiPF6

    Mixed Solution

    480 min

    Chemosil 225

    Mixed Solution

    11 min

    Chemosil 211

    Mixed Solution

    14 min

    Decahydronaphtalene 99%

    Mixed Solution

    480 min

    Aqua regia

    8007-56-5

    480 min

    Perchloric acid 70%

    7601-90-3

    480 min

    Dimethyl carbonate 99%

    616-38-6

    13 min

    Ethylene diamine 99%

    107-15-3

    50 min

    Cycloheximide

    66-81-9

    480 min

    Isophorone diisocyanate 100%

    4098-71-9

    480 min

    Propionaldehyde 97%

    123-38-6

    2 min

    Ponceau S

    6226-79-5

    480 min

    Ponceau 2R

    3761-53-3

    480 min

    Diaminobenzidine

    91-95-2

    480 min

    Evans blue

    314-13-6

    480 min

    Trypan blue

    72-57-1

    480 min

    Crystal violet

    548-62-9

    480 min

    Petroleum benzene 80-100°C

    64742-49-0

    480 min

    Toluene diisocyanate 95%

    584-84-9

    0 min

    Methoxyethanol

    109-86-4

    49 min

    Chloroacetic acid 80%

    79-11-8

    260 min

    Diethylene glycol dimethyl ether 99%

    111-96-6

    DR 81% / 19 min

    Acetic acid 99%

    64-19-7

    DR 61% / 81 min

    2-methyl-2-propanol 99.5%

    75-65-0

    DR 32% / 480 min

    Lithium bromide 30%

    7550-35-8

    480 min

    Acetic anhydride

    108-24-7

    21 min


    *DISCLAIMER: The data provided was based on gloves tested under laboratory conditions, in accordance with EN 16523-1:2015 (formerly EN 374-3:2003) and EN 374-4:2013. The information is for guidance only and may not reflect the user’s application. A risk assessment should always be made by purchaser to assess the suitability of gloves for a specific application.

    WHY A GLOVES CHEMICAL RESISTANCE GUIDE?

    An effective risk assessment should allow the user to select the appropriate personal protection against exposure to chemicals. To help users, SHIELD Scientific has developed one of the most comprehensive chemical resistance guides. Permeation and degradation gloves’ data can be selected either by CAS number, chemical name or product type (up to 3 gloves).

    Chemical resistance levels

    SHIELD Scientific has developed one of the most comprehensive chemical resistance guides, to help users in their risk assessments for evaluating personal protection to chemical exposure.

    The testing has been conducted by reputable testing laboratories (Respirex, Proqares & Centexbel), according to EN 16523-1:2015+A1:2018 (Determination of material resistance to permeation by chemicals – Part 1: permeation by liquid chemical under conditions of continuous contact). This standard supersedes EN 374-3:2003. However we would like to stress that all of our gloves are disposable thin gauge gloves designed for light chemical protection.

    Level 0

    < 10 minutes

    Level 1

    10 > 29 minutes

    Level 2

    30 > 59 minutes

    Level 3

    60 > 119 minutes

    Level 4

    120 > 239 minutes

    Level 5

    240 > 479 minutes

    Level 6

    > 480 minutes