S olvent selector chart - eastman.com

1 Solvent selector chartActive solventaCAS number Evaporation rate FormulaDilution ratiobBlush resistance % RH @ 80 FSpecific gravity @ 20 C/20 CWt/vol @ 20 CFlash point, TCC, FFreezing point, FVapor pressure Surface tension, dynes/cmBoiling range @ 760 torr, C Solubility @ 20 C wt%AzeotropeAutoignition temperature, CRefractive indexElectrical resistance,e megohmsHansen solubility parametersfGram molecular weight Molar volume, (cm3/mole)Liquid viscosity, cP (mPa s/ C)TLVg PPM 2014 MIRh values, g O3/g VOCn-BuOAc = 1ethyl ether = 1 TolueneVM&P Naphthalb/galKg/LtorrKPaIn waterWater inBP, Cwt% bonding@ 20 C@ 25 C@ 55 C65 67 ~ 4 9 7. CompleteCompleteNone C< methyl acetate, high 7 27.

2 Methyl acetate 7 3 27. Eastman ethyl acetate, 85% 88% C71 79 7. 43 . Eastman ethyl acetate, urethane grade141-78-64 ..11 . 5 7. ethyl ketone (MEK) .. carbonate (DMC) (CH3O)2CO C isopropyl (CH3) C85 91 C> MIPK (methyl isopropyl ketone) .1CH3 COCH2CH(CH3) 66 C . 2 73 C> < MPK (methyl n-propyl ketone) . C101 105 3 . propyl . C99 C> MIBK (methyl isobutyl ketone) 4CH3 COCH2CH(CH3) C114 117 .14 . isobutyl (CH3) . C112 119 C> n-propyl C> butyl 7. C122 129 C> PM (CH3) 8 . C120jCompleteComplete (DMAC) C166jCompleteComplete C Eastman MIAK (methyl isoamyl ketone) (CH3)24.

3 C141 148 . amyl (CH3) . C> . n-butyl .1 C145 149 C> acetate628-63-7; (mixed isomers) PM (CH3) < 89 C140 150 MAK (methyl n-amyl ketone) C147 153 . isobutyl isobutyrate (IBIB) (CH3)2 CHCOOCH2CH(CH3) C145 152 < < C> (CH2) . C< . glycol tertiary butyl ether (PtB) (CH3) 69 C . (OH)COOCH2CH3 152jCompleteComplete C glycol n-propyl ether (PnP) (CH3)OH 1 .1 C< DIBK (diisobutyl ketone) (CH3)2 CHCH2 COCH2CH(CH3) C163 176 7.. (DMF) (CH3)2 C153jCompleteComplete C Eastman EP < 130 C0 . < < < C> hexyl acetate < C164 176 C> (CH3)2C(OH) 172 C< EEP solvent < 58 C165 172 7.

4 EB . 5 C169 C< . glycol n-butyl ether (PnB) (CH3) 3 heptyl acetate < C176 C> (NMP) C202jCompleteComplete C 2-ethylhexyl (C2H5) C199 205 C> . octyl acetate < C186 215 C> 20 EB C186 194 1 . C> glycol methyl ether (DPM) [CH2CH(CH3)O] 112 C-11 ketone C200 240 .14 .1 :C(CH3)CH2C(CH3) C210 218 C< ethylene glycol (CH3 COOCH2) C187 193 solvent (OC2H4) C191 198 CompleteComplete C< DE (OC2H4) C198 204 CompleteComplete C< . (NEP) 6920 C Dipropylene glycol methyl ether (CH(CH3)CH2O)2CH3 C DP solvent , (OC2H4) C210 220 CompleteComplete C0.

5 Omnia high-performance , < Ethylene glycol hexyl , 58< soyate , > 100 < 216jInsoluble Eastman DE , (C2H4O) C214 221 CompleteComplete . esters , (CH2)nCOOCH3 [n = 2,3,&4] C196 225 .1 Dipropylene glycol n-butyl ether (DPnB) , [CH2CH(CH3)O]2H < C carbonate 108-32-7< < 2, (CH3)CH2 OCO C242j238 C . DB , (OC2H4) C227 235 CompleteCompleteNone C< EEH solvent , (C2H5)CH2OC2H4OH < 148 C226 275 < .1 .15 .1 ~ DB , (C2H4O) C235 250 C> . glycol phenyl ether (PPh) , < C Texanol ester alcohol , (CH3)2 CHCOOCH2C(CH3)2 CHOHCH(CH3)2 C255 < C>.

6 TamiSolve , < C241jCompleteComplete C 4/25 Eastman Velate 375 coalescentMixture< < 11, < 61< C> C . Eastman Velate 368 coalescent5444-75-7< < 11, (C6H5)COOCH2CH(C2H5)C4H9 < 98< C . TXIB formulation , (CH3)2 CHCOOCH2C(CH3)2CH(CH(CH3)2)OCOCH(CH3)2 C Optifilm enhancer 400 , 58< 3 1 .120 C374 381< C Latent solventsMethyl C64 65 CompleteCompleteNone C< , industrial and proprietary solventss C2H5OH 173 3 7. C74 82 CompleteComplete7 8 . C< (CH3)2 CHOH C< . C96 C< C98 101 C< (CH3)CH2OH C106 109 C< 6 . C116 119 7. C< isobutyl (CH3)2 C130 133 alcohol137-32-6; 71-41-0 (mixed isomers) C 2-heptanol (methyl amyl carbinol) (OH)C5H11 C.

7 (CH2)4 CHOH C160 162 0 . 7.. , (C2H5)CH2OH C182 186 0 . C> number Evaporation rate FormulaKauri-butanol valueRelative density @ 60 F/60 FWt/vol @ 60 FFlash point, TCC, FFreezing point, FVapor pressure Surface tension, dynes/cmBoiling range @ 760 torr, C Aniline point, FAzeotropeAutoignition temperature, CRefractive indexElectrical resistance,e megohmsHansen solubility parametersfGram molecular weight Molar volume, (cm3/mole)Liquid viscosity, cP (mPa s/ C)TLVg PPM 2014 MIRh values, g O3/g VOCn-BuOAc = 1ethyl ether = 1lb/galKg/LtorrKPaBP, Cwt% bonding@ 20 C@ 25 C@ 55 .. , C , C> . C> (PCBTF) C (CH3) C135 , C>.

8 100 , Mixed C> Spirits 66 160 195152 C> 150 5 , Mixed C> 200 < < 11, , Mixed C> : Products shown in blue are marketed by Eastman. aThese are typical properties, and Eastman makes no representation that the material in any particular shipment will conform exactly to the properties listed. bDilution ratio determined with RS 1/2-sec nitrocellulose. cValues obtained from the American Design Institute of Chemical Engineers Design Institute for Physical Property Data (DIPPR) 801 database and extrapolated from measured vapor pressure values. dWeight % water in the vapor phase eElectrical resistance was measured by Ransburg paint resistance meter, part no. 7924, model no.

9 234. Values shown are typical for commercial production. Certain solvents may vary in resistivity with age. fValues estimated by Dr. Charles Hansen are shown as SI units (MPa1/2); to convert to [cal/cm3]1/2, simply divide the corresponding value by gAmerican Conference of Governmental Industrial Hygienists (ACGIH) 2014 Threshold Limit Values. TWA time weighted average. hMaximum incremental reactivity (MIR) values obtained from the California Air Resources Board (CARB), Title 17, Code of Regulations, Subchapter , Article 1, Sections 94700-94701. iSetaflash jBoiling point kAt 25 /25 C lAt 25 C mTag open cup nCeiling exposure limit (ppm) oCleveland open cup ASTM D92 pPensky-Martens closed cup qReported value is for EG-mono-2-ethylhexyl ether only.

10 Eastman EEH solvent is an 85/15 mixture of EG mono-2-ethylhexyl ether and DEG mono-2-ethylhexyl ether. rReported MIR value for EG mono-2-ethylhexyl ether is Eastman EEH solvent is an 85/15 mixture of EG mono-2-ethylhexyl ether and DEG mono-2-ethylhexyl ether. Thus the MIR value is shown as ~ for the commercial product. sThese are typical properties of a series of special industrial solvent formulations meeting approved government formulas. tXylene, used in paints and thinners, is a mixture of three isomers: ortho-, meta-, and paraxylene, plus ethyl benzene. The reported MIR value is for the ortho isomer 9/20 Although the information and recommendations set forth herein are presented in good faith, Eastman Chemical Company ( Eastman ) and its subsidiaries make no representations or warranties as to the completeness or accuracy thereof.