Elastomer Service Properties: EPDM

Service temperature limits, chemical resistance ratings, mechanical properties, and cure data for engineering elastomers and rubber compounds

Mechanical Engineeringelastomer: EPDM2 rows
elastomergrade or variantacid resistanceastm designationchemical resistance notescommon namecompression set pct (%)compression set temp Ccompression set time hrcure systemdensity g cm3 (g/cm3)elongation at break pct (%)fuel resistancegas permeabilityglass transition temp C (C)hardness range shore aindustry specificationsmax continuous temp C (C)max peak temp C (C)max service temp C (C)min service temp C (C)notesoil resistanceozone resistancesteam resistancetensile strength mpa (MPa)tr10 temp C
EPDMgeneralGoodAA/CA (ASTM D2000)Not for petroleum oils/fuels; excellent hot water, steam, brake fluid (DOT 3/4), phosphate ester hydraulic fluids, ketones, alcohols; excellent ozone and UV resistanceEPDM (General Purpose)25-3510022sulfur1.10-1.15200-600PoorMedium-5460-90ASTM D2000 M4AA, AMS 7280120135150-55Terpolymer of ethylene, propylene, DCPD/ENB diene; sulfur cure max ~120C continuousPoorExcellentGood7-20-48
EPDMperoxide_cureGoodDA (ASTM D2000)Peroxide cure provides lower compression set and better resistance to hot water, steam, alcohols, ketones vs sulfur cure; preferred for demanding steam serviceEPDM (Peroxide Cure)10-2015022peroxide1.10-1.15200-450PoorMedium-5460-90ASTM D2000 M4DA, FDA 21 CFR 177.2600 (some grades)150175150-55Peroxide cure allows continuous use to 150C and steam to 288C (high durometer specialty compounds)PoorExcellentExcellent7-17-46

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