ESD Bottle Chemical Resistance Chart
The chemical resistance chart below is a general guide only.
Use this ESD bottle chemical resistance chart to match our static dissipative bottles to your solvents. Always confirm with your own testing first. For chemical safety details, see the OSHA Hazard Communication standard.
Codes
A = Resistant no indication that serviceability would be impaired.
B = Variable resistance, depending on conditions of use.
C = Not resistant, not recommended for service applications under any conditions.
– = Information not available.
REAGENT 70° 140°
Acetone B C
Acetaldehyde* B C
Acetic Acid* A A
Acetic Acid* A B
Acetic Anhydride* C C
Air A A
Aluminum Chloride A A
Aluminum Fluoride A A
Aluminum Sulphate A A
Alums A A
Ammonia A A
Ammonium Carbonate A A
Ammonium Chloride A A
Ammonium Fluoride A A
Ammonium Hydroxide A A
Ammonium Hydroxide A A
Ammonium Nitrate A A
Ammonium Persulphate A A
Ammonium Sulphate A A
Ammonium Metaphosphate A A
Ammonium Sulfide A A
Amyl Acetate#* C C
Amyl Alcohol#* A A
Amyl Chloride# C C
Aniline#* A C
Aqua Regia+ C C
Arsenic Acid A A
Aromatic Hydrocarbons#* C C
Ascorbic Acid A A
Barium Carbonate A A
Barium Chloride A A
Barium Hydroxide A A
Barium Sulphate A A
Barium Sulphide A A
Beer A A
Benzene#* C C
Benzoic Acid A A
Bismuth Carbonate A A
Bleach Lye A A
Borax A A
Boric Acid A A
Boron Trifluoride A A
Brine A A
Bromine+ C C
Bromine Water# C C
Butanediol* A A
Butanediol* A A
Butanediol* A A
Butter* A A
n-Butyl Acetate#* B C
n-Butyl Alcohol* A A
Butyric Acid# C C
Calcium Bisulphide A A
Calcium Carbonate A A
Calcium Chlorate A A
Calcium Chloride A A
Calcium Hydroxide A A
Calcium Hypochloride A A
Calcium Nitrate A A
Calcium Oxide A A
Calcium Sulphate A A
Camphor Oil#* C C
Carbon Dioxide A A
Carbon Disulphide C C
Carbon Monoxide A A
Carbon Tetrachloride# C C
Carbonic Acid A A
Castor 0il* conc A A
Chlorine+ B C
Chlorine Liquid+ C C
Chlorine Water+ A A
Chlorobenzene#* C C
Chloroform*# C C
Chlorosulphonic Acid C C
Chrome Alum A A
Chromic Acid – –
Chromic Acid A B
Chromic Acid A A
Cider* A A
Citric Acid* A A
Coconut 0il Alcohols* A A
Coffee A A
Cola Concentrate* A A
Copper Chloride A A
Copper Cyanide A A
Copper Fluoride A A
Copper Nitrate A A
Copper Sulphate A A
Corn 0il* A A
Cottonseed 0il* A A
Cuprous Chloride A A
Detergents Synthetic* A A
Developers Photographic A A
Dextrin A A
Dextrose A A
Diazo Salts A A
Dibutylphthalate* B B
Dichlorobenzene#* C C
Diethyl Ketone#* B C
Diethylene Glycol* A A
Diglycolic Acid* A A
Dimethylamine C C
REAGENT 70° 140°
Disodium Phosphate A A
Emulsions, Photographic* A A
Ethyl Acetate#* B C
Ethyl Alcohol* A A
Ethyl Alcohol* A A
Ethyl Benzene#* C C
Ethyl Chloride# C C
Ethyl Ether# C C
Ethylene Chloride#* C C
Ethylene Glycol* A A
Fatty Acids* A A
Ferric Chloride A A
Ferric Nitrate A A
Ferrous Chloride A A
Ferrous Sulphate A A
Fish Solubles* A A
Fluoboric Acid A A
Fluosillcic Acid A B
Fluosillcic Acid A A
Formic Acid A A
Fructose A A
Fruit Pulp* A A
Furtural# C C
Furturyl Alcohol#* C C
Gallic Acid* A A
Gasoline#* C C
Glucose A A
Glycerine* A A
Glycol* A A
Glycolic Acid* A A
Grape Sugar A A
n-Heptane#* C C
Hexachlorobenzene A A
Hexanol Tertiary* A A
Hydrobromic Acid A A
Hydrochloric Acid A A
Hydrocyanic Acid A A
Hydrofluoric Acid* A A
Hydrogen 100% A A
Hydrogen Chloride A A
Hydrogen Peroxide A A
Hydrogen Peroxide A A
Hydrogen Sulphide A A
Hydroquinone A A
Hypochlorous Acid A A
Inks* A A
lodine+ B C
Isopropyl Alcohol – –
Lead Acetate A A
Lead Nitrate A A
Lactic Acid* A A
Linseed Oil* B C
Magnesium Carbonate A A
Magnesium Chloride A A
Magnesium Hydroxide A A
Magnesium Nitrate A A
Magnesium Sulphate A A
Mercuric Chloride A A
Mercuric Cyanide A A
Mercury A A
Methyl Alcohol* A A
Methylethyl Ketone#* B C
Methylene Chloride#* C C
Milk A A
Mineral Oils# B C
Molasses A A
Naphtha#* B C
Naphthalene#* C C
Nickel Chloride A A
Nickel Nitrate A A
Nickel Sulphate A A
Nicotine* dilute A A
Nitric Acid A A
Nitric Acid+ A B
Nitric Acid+ A B
Nitric Acid+ C C
Nitrobenzene#* C C
n-Octane A A
Oleic Acid B C
Oxalic Acid* A A
Perchloroethylene# C C
Phosphoric Acid A B
Photographic Solutions A A
Plating Solutions*
Brass A A
Cadmium A A
Chromium A A
Copper A A
Gold A A
Indium A A
Lead A A
Nickel A A
Rhodium A A
Sliver A A
Tin A A
Zinc A A
Potassium Bicarbonate A A
Potassium Bromide A A
Potassium Bromate A A
REAGENT 70° 140°
Potassium Carbonate A A
Potassium Chlorate A A Potassium Chloride A A
Potassium Chromate A A
Potassium Cyanide A A
Potassium Dichromate A A
Potassium Ferri/Ferro
Cyanide A A
Potassium Fluoride A A
Potassium Hydroxide A A
Potassium Nitrate A A
Potassium Perborate A A
Potassium Perchlorate A A
Potassium Permanganate A A
Potassium Persulphate A A
Potassium Sulphate A A
Potassium Sulphide A A
Potassium Sulphite A A
Propargyl Alcohol* A A
n-Propyl Alcohol* A A
Propylene Dichloride#* C C
Propylene GlyCol* A A
Pyridine* A –
Resorcinol A A
Salicylic Acid A A
Sea Water A A
Selenic Acid A A
Shortening* A A
Sliver Nitrate Sol’n A A
Soap Solutions* A A
Sodium Acetate A A
Sodium Benzoate A A
Sodium Biscarbonate A A
Sodium Bisulphate A A
Sodium Bisulphite A A
Sodium Borate A A
Sodium Bromide dilute A A
Sodium Carbonate A A
Sodium Chlorate A A
Sodium Chloride A A
Sodium Cyanide A A
Sodium Dichromate A A
Sodium Ferri/Ferro
Cyanide A A
Sodium Fluoride A A
Sodium Hydroxide A A
Sodium Hypochlorite A A
Sodium Nitrate A A
Sodium Sulphate A A
Sodium Sulphide A A
Sodium Sulphite A A
Stannic Chloride A A
Stannous Chloride A A
Starch Solution* A A
Stearic Acid* A A
Sulphuric Acid A A
Sulphuric Acid+ A B
Sulphuric Acid+ A C
Sulphuric Acid+ B C
Sulphuric Acid+ B C
Sulphuric Acid+ C C
Sulphurous Acid A A
Tallow# A B
Tannic Acid* A A
Tartaric Acid A A
Tetrolydrofuran#* C C
Titanium Tetrochloride C C
Toluene#* C C
Trichloroethylene#* C C
Triethylene Glycol* A A
Trisodium Phosphate A A
Turpentine# C C
Urea A A
Urine A A
Vanilla Extract* A A
Vinegar A A
Water A A
Wetting Agents* A A
Whiskey* A A
Wines* A A
Xylene# C C
Yeast A A
Zinc Bromide A A
Zinc Carbonate A A
Zinc Chloride A A
Zinc Oxide A A
Zinc Stearate A A
Zinc Sulphate A A
