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Home , Benzoic acid, Nitrile, Sodium dodecyl sulfate, Tetramethylurea

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1 CAUTION (LATEX): This product contains natural rubber 2 CAUTION (: MEDICAL GRADE): Components used 3 CAUTION (NITRILE: NON-MEDICAL GRADE)): These latex (latex) which may cause allergic reactions. Safe use in making these gloves may cause allergic reactions in gloves are for non-medical use only. They may NOT be of this glove by or on latex sensitized individuals has not some users. Follow your institution’s policies for use. worn for barrier protection in medical or healthcare been established. applications. Please select other gloves for these applications. Components used in making these gloves may cause allergic reactions in some users. Follow your institution’s policies for use. For single use only.

NeoPro® Chemicals NeoPro®EC ■NBT Ethanolamine (99%) ■NBT ■2 Ethidium bromide (1%) ■NBT Ethyl ■1 (37%) ■NBT Formamide ■NBT Gluteraldehyde (50%) ■NBT Test Method Description: The test method uses analytical hydrochloride ■NBT equipment to determine the concentration of and the time at which (50% ■0 the challenge chemical permeates through the glove film. The Hydrochloric ) liquid challenge chemical is collected in a liquid miscible chemical Isopropanol ■NBT (collection media). Data is collected in three separate cells; each ■NBT is compared to a blank cell which uses the same collection media as both the challenge and Methyl ethyl ■0 collection chemical. Methyl methacrylate (33%) ■0 Cautionary Information: These glove recommendations are offered as a guide and for reference (50%) ■NBT purposes only. The barrier properties of each glove type may be affected by differences in material Periodic acid (50%) ■NBT thickness, chemical concentration, temperature, and length of exposure to chemicals. Thin-film (0.10%) ■NBT gloves are designed for transient and single-use only. Gloves should be removed and replaced with Phenylmethylsulfonyl (5%) ■0 a new pair upon exposure to chemicals. Please follow your institution's policies for use. (10%) ■NBT The data presented in this guide is deemed accurate to the best of Microflex's knowledge. dodecyl (0.10%) ■NBT Test Method: ASTM F739 continuous contact (50%) ■10 Sodium selenate (10%) ■NBT NeoPro® (50%) ■NBT Chemicals NeoPro®EC Tetrahydrofuran ■0 ■0 Acetaldehyde ■0 Trifluoroacetic acid ■0 (50%) ■NBT Xylene ■0 Aluminum nitrate (10%) ■NBT hydroxide (30%) ■10 KEY: CHEMICAL PERMEATION RATES ■0 Greater than 60 minutes = Excellent; 31-60 minutes = Very Good Butyl acetate ■5 Chloroform ■0 21-30 minutes = Good; 11-20 minutes = Fair; 3-10 minutes = Poor Chlonidine hydrochloride (0.10%) ■NBT Less than 3 minutes = Not Recommended Copper(II) (1 molar) ■NBT Normalized Breakthrough Time: Identified in minutes ■10 Diesel fuel (1%) NBT = No Breakthrough Time up to 240 minutes Dimethylformamide ■1 ■30 Dimethyl ■30 Example: Dimethyl sulfoxide

CAUTION (SYNTHETIC): Components used in making these gloves may cause ©2005 MICROFLEX CORPORATION. ALL RIGHTS RESERVED. 05.05232B-#2 ACAR 103105 allergic reactions in some users. Follow your institution’s policies for use. The following chemical resistance ratings are based on published research data. Microflex® gloves have not been individually tested against the chemicals contained in this chart.

Chemicals Latex Nitrile Chemicals Latex Nitrile (NATURAL RUBBER) (BUNA N) (NATURAL RUBBER) (BUNA N)

Acetaldehyde ■ ■ peroxide (30% concentration) ■ ■ ■ ■ Hydrogen peroxide (concentrated) ■■ Acetic acid (50% concentration) ■■ Hydroquinone ■ ■ ■ ■ hydrochloride ■■ ■ ■ Imidazole ■■ ■■ Isobutanol (isobutyl ) ■ ■ Acetyl chloride ■■ Isooctane ■ ■ (same as 2-propenamide) ■■ Isopropanol (isopropyl alcohol) ■■ Acrylic acid ■ ■ Kerosene ■ ■ Aircraft stripper ■ ■ ■ ■ Aluminum nitrate (nonhydrous) (10% concentration) ■■ Lacquers ■■ (anhydrous) ■ ■ Lacquer thinners ■■ (same as ) ■■ Lactic acid (85% concentration) ■■ Ammonium hydroxide (30% concentration) ■ ■ Laurel alcohol (lauryl alcohol) ■■ Ammonium hydroxide (concentrated) ■■ (36% concentration) ■■ Ammonium oxalate ■ ■ Lead acetate ■ ■ Ammonium sulfate (aqueous) ■■ Linoleic acid ■ ■ Amyl acetate ■■ Linseed ■ ■ Aniline ■■ Lubricants (containing mineral spirits as primary component) ■ ■ (methanol-based) ■■ Maleic acid ■■ ■■ 2-Mercaptoethanol ■■ Benzene ■■ Mercuric chloride ■■ Benzoic acid ■■ Mercury ■■ ■■ Methane ■ ■ Brake cleaner (containing or ethanol) ■ ■ Methyl alcohol (methanol) ■ ■ Brake cleaner, non-chlorinated (containing acetone, n-heptane and/or xylene) ■■ 2-Methoxyethanol ( glycol monomethyl) ■ ■ Brake fluid ■■ Methyl ■ ■ Bromine (anhydrous liquid) ■■ Methyl bromide ■■ Bromoethane (methyl bromide) ■■ Methyl butyl ketone ■■ Butyl acetate ■■ Methylene chloride ■■ n-Butyl alcohol (propyl carbinol) ■ ■ Methyl chloride ■■ n-Butyl chloride ■■ Methyl ethyl ketone (MEK) ■■ 1, 3-Butylene glycol (1,3-butanediol) ■ ■ Methyl isobutyl ketone (MIBK) ■■ chloride (aqueous) ■■ Methyl methacrylate ■■ (dental) ■■ Mineral spirits ■ ■ Carbamide peroxide (+hydrogen peroxide at 1:1 ratio) ■ ■ Monoethanolamine ■■ dioxide ■ ■ Morpholine ■■ Carbon ■■ Motor oil (includes made from petroleum distillates, synthetic oils, diesel oils, 2-stroke oils, and hydraulic oils) ■ ■ Carbon tetrachloride ■ ■ Naphtha ■ ■ Carburetor cleaner (typically xylene, toluene and/or acetone ■■ Naphthalene ■■ ■■ Nitric acid (50% concentration) ■■ (wet) ■■ Nitromethane (95.5% concentration) ■ ■ Chlorobenezene ■■ Nitropropane (95.5% concentration) ■■ Chloroform ■■ Nitrophenols ■■ o-Chloronaphthalene ■■ Octyl alcohol (octanol) ■■ (50% concentration) ■ ■ Oleic acid ■ ■ (10% concentration) ■■ Oxalic acid ■■ Clonidine hydrochloride (0.1% concentration) ■■ Paint (latex-based) ■ ■ Cresols ■■ Paint (oil-based) ■ ■ Cupric sulfate (copper sulfate) ■ ■ Paint, automotive (paint containing V.M.&P. naphtha, mineral spirits; with small amounts of toluene, xylene or n-butyl acetate) ■ ■ Cyanic compounds ■ ■ Paint, automotive (paints containing large amounts of toluene, xylene or n-butyl acetate) ■ ■ Cyclohexane ■ ■ Paint activator, automotive (containing MEK, polyisocyanate , and/or butyl acetate) ■ ■ ■ ■ Paint reducers/thinners, automotive (aliphatic , eg. V.M.&P. naphtha or mineral spirits) ■ ■ Cyclohexanone ■ ■ Paint reducers/thinners, automotive (aromatic hydrocarbons, eg. toluene or xylene) ■ ■ Decahydronaphthalene (decalin) ■■ Paint thinner (Duco) ■■ Denatured alcohol ■■ Palmitic acid ■■ Dental etching material ■ ■ Paraformaldehyde ■ ■ Dental resin cement ■ ■ Parts wash, automotive (containing naphtha, n-hexane, cyclohexane and/or MEK)+A64 ■ ■ Dental waxes ■ ■ Pentane ■ ■ Denture polishing material ■ ■ Pentyl ether (same as pentane) ■ ■ solutions ■ ■ Perchloric acid (60% concentration) ■ ■ Developing fluids ■ ■ Perchloroethylene ■ ■ Diamond polishing paste ■ ■ Periodic acid (50% concentration) ■ ■ Dibutyl ■■ Petroleum distillates (naphthas) ■ ■ o-dichlorobenzene ■■ Phenol (0.1% concentration) ■■ p-dichlorobenzene ■■ Phenol (approx. 100% concentration) ■■ Dichloromethane ■ ■ (aromatic ) ■ ■ Diesel fuel ■ ■ (0 to 50% concentration) ■■ Diesel fuel additive ■ ■ Phosphoric acid (50-85% concentration) ■ ■ Diethylamine ■■ Phosphoric acid (100% concentration) ■■ Diethylene glycol ■■ Polysorbates ■■ Diisobutyl ketone (DIBK) ■■ bromate ■■ N, N-dimethyl acetamide (same as dimethyl acetamide (DMAC), same as acetic acid) ■■ Potassium chloride ■■ Dimethylformamide ■ ■ Potassium ■ ■ Dimethyl sulfoxide (DMSO) ■■ Potassium dichromate (aqueous) ■ ■ Dioctyl phthalate (DOP) ■■ ■■ Dioxane ■ ■ Potassium iodide ■ ■ EDTA (17% solution) ■■ ■■ Engine cleaner and degreaser (containing kersosene, petroleum distillates or propane-isobutane-n-butane as main components) ■ ■ Potassium sulfate (potassium sulphate) ■ ■ Epoxy primer (containing toluene, acetone, MEK and/or n-butyl acetate) ■ ■ Propyl acetate ■ ■ Ethanol (ethyl alcohol) (95% concentration) ■ ■ Propyl alcohol ■ ■ Ethanolamine ■■ Propylene (1-propene, methylethyelene) ■■ Ether ■ ■ Propylene glycol ■ ■ Ethidium bromide (0.5% concentration) ■■ ■■ 2-ethoxyethanol (ethoxyethanol) ■ ■ Rust inhibitors, automotive ■■ Ethyl acetate ■ ■ Rust remover, automotive (containing <50% phosphoric aid) ■ ■ Ethyl ether ■■ Silver nitrate (0.17N) ■ ■ Ethylene dichloride ■■ Sodium acetate (aqueous) ■ ■ Ethylene glycol ■ ■ Sodium (sodium ) ■ ■ Ethylene ■ ■ Sodium bicarbonate (aqueous) (baking soda) ■ ■ Ferric chloride (aqueous) ■■ (aqueous) ■■ Formaldehyde ■ ■ (aqueous) ■ ■ Formalin (40% concentration of formaldehyde) ■■ Sodium hydroxide (50% concentration) ■■ Formamide ■ ■ Sodium hypochlorite (bleach) ■■ (90% concentration) ■ ■ Sodium selenate (10% concentration) ■ ■ 5 0

8 ■ ■ (developing fluids) ■■

1 Freon 11 Sodium thiosulfate 0 1

Freon 12 ■ ■ Staining rating (all stains) ■ ■ R

A ■ ■ ■ ■ C Freon 21 Styrene A

■ ■ (50% concentration) ■ ■ B Freon 22 Sulfuric acid 2 3

2 Fuel injector cleaner (primarily kerosene) ■ ■ Sulfuric acid (93-98% concentration) ■■ 5 0 .

5 Furfural ■■ Tannic acid (65% concentration) ■■ 0

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D Gasoline, leaded ■ ■ Tetrachloroethylene ■ ■ E V

R Gasoline, unleaded ■ ■ Tetrahydrofuran ■■ E S

E Glass ionomer dental cements ■ ■ ■ ■ R

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T ■■ Toluene ■■ H G I Gluteraldehyde (50% concentration) ■■ Toluene diisocyanate ■ ■ R

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L Glycerin ■ ■ Transmission fluid, Type A ■ ■ A

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N ■ ■ Transmission fluid, synthetic ■ ■ O I

T Grease, automotive (petroleum-based) ■ ■ Trichloroethylene ■■ A R

O Grease, automotive (silicon-based) ■■ Triethanolamine ■■ P R

O Grease, automotive (synthetic) ■ ■ X-100, Igepal CA, Polytergent G (octoxynol with varying ethylene oxide units) ■ ■ C

X (n-heptane) ■ ■ ■ ■

E Heptane Tung oil L F ■ ■ ■ ■ O Hexane Turpentine R C I Hydraulic fluid (petroleum-based) ■ ■ Undercoater, rubberized (automotive) ■ ■ M

5 (20% concentration) ■ ■ ■ ■ 0 Urea 0 2

© Hydrochloric acid (50% concentration) ■ ■ Varnish ■ ■ Hydrochloric acid (concentrated) ■ ■ Vinyl chloride ■■ Hydroflouric acid (48% concentration) ■ ■ Water ■■ Hydroflouric acid (concentrated) ■■ Wax remover, automotive (containing V.M.&P. naphtha, xylene and/or ) ■■ Hydrogen peroxide (3% concentration) ■ ■ Xylene (Xylol) ■ ■

Custom Chemical Testing For chemicals not listed, or for applications that use a specific concentration or combination of chemicals, Microflex offers a – CHEMICAL RATINGS KEY– custom chemical testing program specifically for its glove products. Please contact your distributor representative or Microflex directly at 800-876-6866 to learn more about this program. ■ EXCELLENT General Information and Cautions ■ GOOD Your understanding of how to use thin-film gloves is extremely important to your safety. Microflex gloves are intended for use as protection against incidental exposure to chemicals and other harmful substances. ■ FAIR These gloves do not offer protection against all chemicals under all conditions, and are not designed to provide protection ■ NOT RECOMMENDED against prolonged or continuous exposure to harmful substances. As a precaution, glove users are advised to change gloves immediately upon exposure to harmful substances. It is the ■ NO DATA responsibility of the user to choose the appropriate glove type, thickness and to change gloves as they become contaminated. This Chemical Resistance Chart is offered as a guide and for reference purposes only. The chemical resistance ratings are based on published research data. Microflex cannot certify the accuracy of the data and therefore does not represent nor warrant that the information in the chemical resistance chart is accurate or complete. Microflex gloves have NOT been individually tested against the chemicals contained in this chart. The barrier properties of each glove type may be affected by differences in material thickness, chemical concentration, temperature, and length of exposure to chemicals. References Chemical Resistance Guide to Elastomers II; A Guide to Chemical Resistance of Rubber and Elastomeric Compounds, Compass Publications, La Mesa, CA, 1994. Plastics Design Library- Chemical Resistance of Plastics and Elastomers, 3rd edition, William Andrew Publishing, 2003. Dupont Dow Elastomers Chemical Resistance Guide; The Los Angeles Rubber Group; www.dupont-dow.com