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Ensinger PEI

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AGC AFLAS® PM-3000 TFE/P Perfluoroelastomer
Categories: Polymer; Thermoset; Fluoropolymer, TS; Thermoset Fluoroelastomer; Rubber or Thermoset Elastomer (TSE)
Material Notes: Description: AFLAS® FFKM Series is a new perfluoroelastomer product line classified as an FFKM. AFLAS PM-3000 is a semi-commercialized elastomer having the chemical structure derived from tetrafluoroethylene and perfluoroalkylvinylether. This chemical structure offers outstanding resistance to chemicals, oils, solvents, and more. PM-3000 is a peroxide-curable perfluoroelatomer.

Material Features:

  • Outstanding chemical resistance
  • Superior oil resistance
  • Outstanding solvent resistance
  • Excellent heat resistance
  • Excellent compression set
  • Exceptional mechanical strength
  • Excellent processability
End User Benefits:
  • Highly suitable for extremely harsh and aggressive chemical environments
  • Hot service temperature at 250°C, with peak exposure of 270°C
  • Can be compounded to be highly resistant to rapid gas decompression (e.g. NORSOK)
Typical Applications:
  • O-rings
  • Gaskets
  • Oilfield parts
  • Semiconductor parts

Information provided by AGC Chemicals Americas Inc.
Vendors: No vendors are listed for this material. Please click here if you are a supplier and would like information on how to add your listing to this material.
 
Physical PropertiesOriginal ValueComments
Specific Gravity 2.05 g/cc
Mooney Viscosity 80
@Temperature 121 °C		ML1+4
 
Mechanical PropertiesOriginal ValueComments
Hardness, Shore A 74
 74
@Treatment Temp. 250 °C,
Time 605000 sec		Heat Resistance
 74
@Treatment Temp. 200 °C,
Time 3.60e+6 sec		Heat Resistance
 74
@Treatment Temp. 230 °C,
Time 3.60e+6 sec		Heat Resistance
Tensile Strength 23.1 MPa
 14.784 MPa
@Treatment Temp. 230 °C,
Time 3.60e+6 sec		Heat Resistance
 15.477 MPa
@Treatment Temp. 250 °C,
Time 605000 sec		Heat Resistance
 20.097 MPa
@Treatment Temp. 200 °C,
Time 3.60e+6 sec		Heat Resistance
Elongation at Break 180 %
 205.2 %
@Treatment Temp. 200 °C,
Time 3.60e+6 sec		Heat Resistance
 261 %
@Treatment Temp. 230 °C,
Time 3.60e+6 sec		Heat Resistance
 298.8 %
@Treatment Temp. 250 °C,
Time 605000 sec		Heat Resistance
Tensile Modulus 0.480 MPa
@Frequency 1 Hz,
Temperature 100 °C		Storage Modulus
100% Modulus 0.00870 GPa
@Strain 100 %
Compression Set 6.0 %
@Temperature 200 °C,
Time 252000 sec		ASTM-type 1 button
 14 %
@Temperature 200 °C,
Time 252000 sec		O-ring
 19 %
@Temperature 230 °C,
Time 252000 sec		O-ring
 47 %
@Temperature 250 °C,
Time 252000 sec		O-ring
 
Thermal PropertiesOriginal ValueComments
Maximum Service Temperature, Air 250 °C
 270 °Cpeak
 
Processing PropertiesOriginal ValueComments
Cure Time 0.800 min
@Temperature 150 °C		10% Cure, 100CPM, 3° Strain, 12 minutes by RPA-2000
 3.10 min
@Temperature 150 °C		90% Cure, 100CPM, 3° Strain, 12 minutes by RPA-2000
 4.00 hour
@Temperature 250 °C		Post cure
 20.0 min
@Temperature 150 °C		Press cure
 
Descriptive Properties
AppearanceTranslucent white
Cure Data11.0 dNmMin S', 150°C, 100CPM, 3° Strain, 12 minutes by RPA-2000
 134.0 dNmMax S', 150°C, 100CPM, 3° Strain, 12 minutes by RPA-2000
Volume Change0%Diethylene glycol, 40°C, after 168 hr, Suitable
 0%Diethylene glycol, 40°C, after 500 hr, Suitable
Volume Change (%)0.1Isophorone, 25°C, after 168 hr, Suitable
 0.1Ethylene glycol, 40°C, after 500 hr, Suitable
 0.1Ethylene glycol, 40°C, after 168 hr, Suitable
 0.1Sodium hydroxide 48%, 40°C, after 168 hr, Suitable
 0.1Sodium hydroxide 48%, 40°C, after 500 hr, Suitable
 0.2Aniline, 40°C, after 168 hr, Suitable
 0.2Sulfuric acid 96%, 40°C, after 500 hr, Suitable
 0.2Sulfuric acid 96%, 40°C, after 168 hr, Suitable
 0.3Sodium hypochlorite 5%, 40°C, after 168 hr, Suitable
 0.3Formalin 35%, 40°C, after 168 hr, Suitable
 0.3N-Methyl-2-pyrrolidone, 40°C, after 168 hr, Suitable
 0.4N-Methyl-2-pyrrolidone, 40°C, after 500 hr, Suitable
 0.4Aniline, 40°C, after 500 hr, Suitable
 0.4Acetophenone, 40°C, after 168 hr, Suitable
 0.4Formalin 35%, 40°C, after 500 hr, Suitable
 0.4Sodium hypochlorite 5%, 40°C, after 500 hr, Suitable
 0.5Ethanol, 40°C, after 168 hr, Suitable
 0.5Isophorone, 25°C, after 500 hr, Suitable
 0.5ASTM Oil No.1, 175°C, after 168 hr, Suitable
 0.6Gear Oil, 175°C, after 168 hr, Suitable
 0.6Dimethyl formamide, 40°C, after 168 hr, Suitable
 0.6Dimethyl acetamide, 40°C, after 168 hr, Suitable
 0.8Acetophenone, 40°C, after 500 hr, Suitable
 0.8Hydrochloric acid 35%, 40°C, after 168 hr, Suitable
 0.8Aqueous ammonia 28%, 40°C, after 168 hr, Suitable
 0.8Hydrochloric acid 35%, 40°C, after 500 hr, Suitable
 0.9Engine oil (SJ), 175°C, after 168 hr, Suitable
 0.9ASTM Oil No.1, 175°C, after 500 hr, Suitable
 0.9Dimethyl acetamide, 40°C, after 500 hr, Suitable
 0.9Gear Oil, 175°C, after 500 hr, Suitable
 1Dimethyl formamide, 40°C, after 500 hr, Suitable
 1Nitric acid 60%, 40°C, after 168 hr, Suitable
 1Methanol, 40°C, after 168 hr, Suitable
 1.1Ethanol, 40°C, after 500 hr, Suitable
 1.1Formic acid 88%, 40°C, after 168 hr, Suitable
 1.2Engine oil (SJ), 175°C, after 500 hr, Suitable
 1.2Ethylene diamine, 40°C, after 168 hr, Suitable
 1.2Dioxane, 40°C, after 168 hr, Suitable
 1.2Methyl isobutyl ketone, 40°C, after 168 hr, Suitable
 1.4Aqueous ammonia 28%, 40°C, after 500 hr, Suitable
 1.4Nitric acid 60%, 40°C, after 500 hr, Suitable
 1.5Butyl acetate, 40°C, after 168 hr, Suitable
 1.5ATF, 175°C, after 168 hr, Suitable
 1.6Xylene, 40°C, after 168 hr, Suitable
 1.6Methanol, 40°C, after 500 hr, Suitable
 1.7Acetaldehyde, 25°C, after 168 hr, Suitable
 1.7ATF, 175°C, after 500 hr, Suitable
 2Formic acid 88%, 40°C, after 500 hr, Suitable
 2Dioxane, 40°C, after 500 hr, Suitable
 2Methyl isobutyl ketone, 40°C, after 500 hr, Suitable
 2.1Cyclohexane, 40°C, after 168 hr, Suitable
 2.1Isooctane, 40°C, after 168 hr, Suitable
 2.1Steam, 170°C, after 168 hr, Suitable
 2.1dichloromethane, 25°C, after 168 hr, Suitable
 2.2Methyl ethyl ketone, 40°C, after 168 hr, Suitable
 2.4ASTM Oil No.3, 175°C, after 168 hr, Suitable
 2.5Toluene, 40°C, after 168 hr, Suitable
 2.5Butyl acetate, 40°C, after 500 hr, Suitable
 2.5Acetic anhydride, 40°C, after 168 hr, Suitable
 2.5Acetone, 40°C, after 168 hr, Suitable
 2.6Acetaldehyde, 25°C, after 500 hr, Suitable
 2.6Diethyl ether, 25°C, after 168 hr, Suitable
 2.6Ethylene diamine, 40°C, after 500 hr, Suitable
 2.6Xylene, 40°C, after 500 hr, Suitable
 2.9ASTM Oil No.3, 175°C, after 500 hr, Suitable
 3.1Ethyl acetate, 40°C, after 168 hr, Suitable
 3.2Steam, 170°C, after 500 hr, Suitable
 3.2Methyl ethyl ketone, 40°C, after 500 hr, Suitable
 3.22-Methyltetrahydrofuran, 40°C, after 168 hr, Suitable
 3.3Acetone 35%, 40°C, after 500 hr, Suitable
 3.3dichloromethane, 25°C, after 500 hr, Suitable
 3.4Benzene, 40°C, after 168 hr, Suitable
 3.5Acetic anhydride, 40°C, after 500 hr, Suitable
 3.6Toluene, 40°C, after 500 hr, Suitable
 3.6Cyclohexane, 40°C, after 500 hr, Suitable
 3.6Tetrachloroethylene, 40°C, after 168 hr, Suitable
 3.7Isooctane, 40°C, after 500 hr, Suitable
 3.7Tetrahydrofuran 35%, 40°C, after 168 hr, Suitable
 3.8Ethyl acetate, 40°C, after 500 hr, Suitable
 4.3Benzene, 40°C, after 500 hr, Suitable
 4.3Diethyl ether, 25°C, after 500 hr, Suitable
 4.6Hexane, 40°C, after 168 hr, Suitable
 4.72-Methyltetrahydrofuran, 40°C, after 500 hr, Applicable
 4.9Tetrahydrofuran 35%, 40°C, after 500 hr, Applicable
 5Tetrachloroethylene, 40°C, after 500 hr, Applicable
 5.5Hexane, 40°C, after 500 hr, Applicable
 5.6Trichloroethylene, 40°C, after 168 hr, Applicable
 5.9Trichloroethylene, 40°C, after 500 hr, Applicable
 5.9Chloroform, 40°C, after 168 hr, Applicable
 5.9Carbon tetrachloride, 40°C, after 168 hr, Applicable
 6.3Chloroform, 40°C, after 500 hr, Applicable
 8.2Carbon tetrachloride, 40°C, 500 hr 168 hr, Applicable

Some of the values displayed above may have been converted from their original units and/or rounded in order to display the information in a consistent format. Users requiring more precise data for scientific or engineering calculations can click on the property value to see the original value as well as raw conversions to equivalent units. We advise that you only use the original value or one of its raw conversions in your calculations to minimize rounding error. We also ask that you refer to MatWeb's terms of use regarding this information. Click here to go back to viewing the property data in MatWeb's normal format.

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