Chemical Resistance Trogamid LSD,LSG, LLG-3, LLG-5 MEDIA EVALUATION MEDIA EVALUATION ACETONE G GASOLINE (5% METHANOL) NR (2) ACRYLONITRILE NR (1) GASOLINE G ADIPINIC ACID, SAT. G GLACIAL ACETIC ACID NR (2) ALLYL ALCOHOL NR (2) HEPTANE h G ALUMINUM SULFATE, SAT. G HEXANE n G AMMONIUM ACETATE, SAT. G HEXANETRIOL G (3) AMMONIUM CARBONATE, SAT. G HYDRAZINE HYDRATE, 2% G AMMONIUM IRON II SULFATE, SAT. G HYDROCHLORIC ACID, 2% G AMMONIUM IRON III SULFATE, SAT. G HYDROCHLORIC ACID, 10% G AMMONIUM NITRATE, SAT. G HYDROCHLORIC ACID CONC. NR (1) AMMONIUM PHOSPHATE, SAT. G HYDROXYLAMINE, 30% G AMMONIUM SULFIDE, 40% F (3) IRON SULFATE II, SAT. G AMYL ACETATE G IRON SULFATE III, SAT. G AMYL ALCOHOL NR (2) ISOAMYL ALCOHOL NR (2) ANILINE NR (2) ISOOCTANE G ANISOLE G ISOPROPANOL NR (1) BARIUM HYDROXIDE, 10% G KEROSENE G BENZAIDEHYDE NR (1) METHYLENE CHLORIDE NR BENZENE G METHYL ETHYL KETONE NR (1) BENZOIC ACID, SAT. F (3) MONOFLUOROTRICHLOROMETHANE G BROMINE LIQUID NR (2) NITRIC ACID, 2 % F BUTANEDIOL 1, 3 NR (1) NITRIC ACID, 10% G BUTANEDIOL 1, 4 NR (1) NITRIC ACID, 30% G BUTANEDIOL 2, 3 NR (1) NITROBENZENE NR BUTYL ACETATE G PARAFFIN OIL G BUTYL ALCOHOL n NR (2) POTASSIUM CHLORATE, SAT. F BUTYL ALCOHOL t NR (1) POTASSIUM CHLORIDE, SAT. G BUTYLENE GLYCOL NR POTASSIUM DICHROMATE, SAT. G BUTYL METHYL ETHER t G CARBON DISULFIDE G CARBON TETRACHLORIDE G CHLOROFORM NR (1) CHLOROSULFURIC ACID NR (2) CROTONALDEHYDE NR (2) CYCLOHEXANE F

P.O Box 1044 • Dayton OH 45401–1044W • Phone: 937/277–9364 / FAX: 937/277–6516 www.lenzinc.com TB.TA12.708 Chemical Resistance Trogamid LSD,LSG, LLG-3, LLG-5 MEDIA EVALUATION MEDIA EVALUATION DIBUTYLPHTHALATE G POTASSIUM HYDROXIDE SOLUTION, 50 % G DICHLOROBENZENE 1, 2 G POTASSIUM IODIDE, SAT. G DICHLOROETHANE 1, 2 F POTASSIUM NITRATE, SAT. G DICHLOROETHYLENE 1, 2 NR (1) POTASSIUM PERCHLORATE G DIFLUORODICHLOROMETHANE G PROPANOL NR (2) DIFLUOROMONOCHLOROMETHANE F PROPYLENE GLYCOL NR (1) DIISOBUTYLKETONE G SODIUM HYDROXIDE SOLUTION, 5 % G DIISOPROPYL ETHER G SODIUM HYDROXIDE SOLUTION, 10 % G DIMETHYLFORMAMIDE NR (2) SODIUM HYDROXIDE SOLUTION, 50 % G DIOXANE 1, 4 F (3) SULFURIC ACID, 10% G ETHYL ACETATE G SULFURIC ACID, 40% G ETHYL ALCOHOL NR (1) SULFURIC ACID, CONC. NR (1) ETHYLAMINE 33% F (3) TARTARIC ACID, SAT. F ETHYLBENZENE G TETRAFLUORODICHLORETHANE 1.1, 2, 2 G ETHYLENE DIAMINE NR (2) TOLUENE G ETHYLENE GLYCOL NR (3) TRICHLOROETHYLENE G ETHYL ETHER G TRIFLUOROTRICHLOROETHANE G FLUORODICHLOROMETHANE NR (2) TRIOCTYL PHOSPHATE G FORMALDEHYDE SOLUTION NR (2) XYLENE G FORMIC ACID, CONC. G FURFURALCOHOL NR (2)

The chemical resistance of Trogamid T was measured by im- G = GOOD RESISTANCE mering test samples in the above medias for 6 months at 73˚ F = FAIR RESISTANCE degrees F. At higher temperatures both the failure and tendency SAT = SATURATED SOLUTION for stress fractures formation increase. If you are considering CONC. = CONCENTRATED using Trogamid T at a higher temperature it is important to first NR = NOT RESISTANT check whether Trogamid would be suitable at the planned operat- ing temperature. To test, make sure the material is a strain-free (1) STRESS CRACK FORMATION and completely surrounded by the test medium. Internal stresses (2) DISSOLVES which occur in finished products have an added ( ) comment on (3) DISCOLORATION, IMPAIRS TRANSPARENCY resistance of Trogamid

P.O Box 1044 • Dayton OH 45401–1044W • Phone: 937/277–9364 / FAX: 937/277–6516 www.lenzinc.com TB.TA12.708