Chemical Resistance Chart | Results for "T" A - Acceptable Performance C - Conditional Performance F - Fair Performance X - Not Recommended I  - Insufficient Data           Chemical           EPDM NATURAL NEOPRENE NITRILE SBR UHMW XLPE T-BUTYL AMINE A I I I I I I TALL OIL X X A A X A C TALLOW X X A A X A C TANNIC ACID A A A A F A C TAR X X A X X X X TAR BITUMINOUS X X C A X I I TARTARIC ACID A C A A X A C TELONE 2 I I I I I I A TERPINOL C X X A X A A TERTIARY BUTYL ALCOHOL A A A A A I A Chemical EPDM NATURAL NEOPRENE NITRILE SBR UHMW XLPE TERTIARY BUTYL ALMINE A I I I I I I TERTIARY BUTYL MERCAPTAN X X X X X I I TETRACHLOROBENZENE I X I I X I A TETRACHLOROETHYLENE X X X X X A A TETRACHLOROMETHANE I X I I X I A TETRACHLORONAPTHALENE I X I I X I A TETRAETHYLENE GLYCOL I A I I A I I TETRAHYDROFURAN X X X I X I C TETRETHYLOROSILICATE I I I X I I I THF I I I I I I C Chemical EPDM NATURAL NEOPRENE NITRILE SBR UHMW XLPE TIN CHLORIDE I A I A A A A TITANIUM TETRACHLORIDE X X X X X A I TOLUENE X X X I X A A TOLUIDINE I I I I I I I TOLUOL I I I I I I I TRANSFORMER OIL X X A A X A I TRANSMISSION 'A' OIL X X A A X I F TRI (2-HYDROXYETHYL) AMINE I I I I I I I TRIBUTYL PHOSPHATE A X X X X A A TRIBUTYLAMINE I A A I A I I Chemical EPDM NATURAL NEOPRENE NITRILE SBR UHMW XLPE TRICHLOROBENZENE I X I I X I A TRICHLOROETHANE X X X X X I A TRICHLOROETHYLENE X X X X X A A TRICHLOROMETHANE I I I I I I I TRICHLOROTOLUENE I I I I I I I TRICHOLOROACETIC ACID A C X A A A A TRICRESYL PHOSPHATE X X X X X A A TRIETHANOLAMINE A A A C X A A TRIETHYLAMINE I A I I A I I TRIETHYLENE GLYCOL I A I I A I I Chemical EPDM NATURAL NEOPRENE NITRILE SBR UHMW XLPE TRIHYDROXYBENZOIC ACID I I I I I I I TRIMETHYL PENTANES (MIXED) I I I I I I I TRIMETHYL PENTENE I I I I I I I TRIMETHYLAMINE I I I I I A A TRISODIUM PHOSPHATE A A A A A I A TRITOYL PHOSPHATE I I I I I I I TUNG OIL I I A I I A I TUNG OIL (CHINA OIL) X X A A X A A TURPETINEX X X X X X A A A - Acceptable Performance C - Conditional Performance F - Fair Performance X - Not Recommended I  - Insufficient Data Chemical resistance charts are only a guide and should be used as such.  The degree of resistance of an elastomer to a material depends upon variables such as temperature, concentration levels, working pressure, flow velocity, duration of use, among other variables.  The compound should be tested under actual service conditions to ensure compatibility.