PIP®

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Performance Data
  • EN 374 Results:
  • Type: AA: MethanolJ: HeptaneK: Sodium Hydroxide 40%L: Sulfuric Acid 96%M: Nitric Acid 65%N: Acetic Acid 99%O: Ammonium Hydroxide 25%P: Hydrogen Peroxide 30%T: Formaldehyde 37%

To attain the EN 374 pictogram shield gloves must pass at least a Level 2 in three chemicals. The chemicals listed above are the chemicals that passed for this glove.

Chemical Permeation

Chemical Permeation

The chemical permeation of our product is measured in accordance to European Standard EN 374-3. This measures the resistance of protective gloves against chemicals and microorganisms. Part 3 of the standard determines the level of resistance to permeation by chemicals.

Breakthrough Time (BTT)

The number of minutes from initial contact with a test chemical until it is first detected on the inside of the glove.

Breakthrough Time - Protection Index

Each chemical tested is classified in terms of breakthrough time (performance level 0 to 6).

CAUTION: This information is provided as an aid in determining the general suitability of various products for use with specific chemicals. These recommendations are advisory only and the SUITABILITY OF THE PRODUCT FOR A SPECIFIC APPLICATION OR ENVIRONMENT MUST BE DETERMINED BY THE PURCHASER OR USER OF THE PRODUCT. This information should be used as a guide only.

Chemical Name

Level

BTT

1-Methoxy-2-propylacetate84 MIN
1,1,2,2-Tetrachloroethane14 MIN
2-Butoxyethanol>480 MIN
2-Ethoxyethanol166 MIN
2-Ethoxyethyl acetate92 MIN
2-Pentanone11 MIN
Acetic acid, glacial66 MIN
Acetone6 MIN
Acetonitrile12 MIN
Acrylic acid104 MIN
Allyl alcohol51 MIN
Ammonium hydroxide328 MIN
Amyl alcohol>480 MIN
Benzine>480 MIN
Carbon disulfide12 MIN
Chlorine>480 MIN
Chromic acid and chromates, 50%>480 MIN
Cyclohexane>480 MIN
Cyclohexanol>480 MIN
Cyclohexanone52 MIN
Diesel Fuel>480 MIN
Dietylene glycol>480 MIN
Diisobutyl ketone247 MIN
Dimethyl acetamide29 MIN
Dimetyl Sulphoxide50 MIN
Ethyl acetate13 MIN
Ethyl alcohol380 MIN
Ethyl ether32 MIN
Ethylamine31 MIN
Ethylene glycol>480 MIN
Formaldehyde, 37%>480 MIN
Gasoline413 MIN
Glutaraldehyde, 50%>480 MIN
Hydrazene, 60%>480 MIN
Hydrofluoric Acid 40%NA
Hydrogen chloride, 37%>480 MIN
Hydrogen peroxide, 30%>480 MIN
Iso-octane>480 MIN
Isopropyl alcohol>480 MIN
Kerosene>480 MIN
Lactic acid, 85%>480 MIN
Maleic acid, saturated>480 MIN
MEK Methyl Ethyl Ketone (2-Butanone)9 MIN
Methyl alcohol68 MIN
Methyl chloroform27 MIN
Methyl methacrylate22 MIN
Methyl tert-butyl ether370 MIN
Methylene chloride3 MIN
Mineral Oil/liquid paraffin>480 MIN
n-Amyl acetate77 MIN
n-Butyl acetate57 MIN
n-Butyl alcohol>480 MIN
n-Heptane>480 MIN
n-Hexane>480 MIN
n-Propyl acetate14 MIN
n-Undecane>480 MIN
Naphtha (coal tar)311 MIN
Naphtha (Petroleum)>480 MIN
Nitric acid, 40%>480 MIN
Nitrobenzene336 MIN
Octyl alcohol>480 MIN
Peracetic acid65 MIN
Perchloric acid, 60%>480 MIN
Petrol, unleaded>480 MIN
Phenol, 90%137 MIN
Phosphoric acid, 85%>480 MIN
Piperazine, saturated>480 MIN
Potassium hydroxide, 50%>480 MIN
Propylene glycol>480 MIN
Propylene glycol monomethyl ether129 MIN
Sodium hydroxide, 50%>480 MIN
Sodium hypochlorite, 13%>480 MIN
Sulfuric acid, 96%150 MIN
Tetrachloroethylene165 MIN
Tetrahydrofuran7 MIN
Tetrapropane>480 MIN
Toluene21 MIN
Triethylamine>480 MIN
Turpentine>480 MIN
VM & P Naphtha>480 MIN
White Spirit>480 MIN
Xylene40 MIN
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