AGC AFLAS® 150E TFE/P Fluoroelastomers

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AGC AFLAS® 150E TFE/P Fluoroelastomers
Categories:	Polymer; Thermoset; Fluoropolymer, TS; Thermoset Fluoroelastomer; Rubber or Thermoset Elastomer (TSE)
Material Notes:	Description: AFLAS® Fluoroelastomers are copolymers of tetrafluoroethylene and propylene. This combination gives AFLAS® Fluoroelastomers unique properties over conventional FKM-type fluoroelastomers in demanding applications found in the oil & gas, chemical process, wire & cable, industrial equipment, food handling, pharmaceutical, heavy duty diesel and automotive industries. AFLAS Fluoroelastomers display outstanding resistance to heat, acids & bases, many solvents, ozone, and steam. Classified by ASTM D 1418-01 as FEPM. Material Features: Excellent base and amine resistance unmatched by FKM-type fluoroelastomers Extremely high electrical resistivity, compared with other elastomers High heat resistance compared to FKMs Outstanding steam resistance Low viscosity Excellent elongation End User Benefits: Excellent processing for extrusion Compression / transfer molding are also applicable Typical Applications: Wire insulator Cable jacket Hoses, tubes Sheets Information provided by AGC Chemicals Americas Inc.
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Physical Properties	Metric	English	Comments

Mooney Viscosity	45 @Temperature 121 °C	45 @Temperature 250 °F	[kN/m], (ML1+10)
	60 @Temperature 100 °C	60 @Temperature 212 °F	[kN/m], (ML1+10)

Mechanical Properties	Metric	English	Comments
Tensile Strength, Yield	13.0 MPa	1890 psi
	11.83 MPa @Treatment Temp. 180 °C, Time 2.59e+6 sec	1716 psi @Treatment Temp. 356 °F, Time 720 hour	Hot Water Resistance
	11.96 MPa @Treatment Temp. 180 °C, Time 2.59e+6 sec	1735 psi @Treatment Temp. 356 °F, Time 720 hour	Steam Resistance
	13.65 MPa @Treatment Temp. 70.0 °C, Time 2.59e+6 sec	1980 psi @Treatment Temp. 158 °F, Time 720 hour	50% NaOH aq Resistance
	13.65 MPa @Treatment Temp. 70.0 °C, Time 2.59e+6 sec	1980 psi @Treatment Temp. 158 °F, Time 720 hour	28% Aq Ammonia Resistance
	15.21 MPa @Treatment Temp. 200 °C, Time 2.59e+6 sec	2206 psi @Treatment Temp. 392 °F, Time 720 hour	Heat Resistance
Elongation at Break	360 %	360 %
	291.6 % @Treatment Temp. 70.0 °C, Time 2.59e+6 sec	291.6 % @Treatment Temp. 158 °F, Time 720 hour	28% Aq Ammonia Resistance
	302.4 % @Treatment Temp. 70.0 °C, Time 2.59e+6 sec	302.4 % @Treatment Temp. 158 °F, Time 720 hour	50% NaOH aq Resistance
	370.8 % @Treatment Temp. 180 °C, Time 2.59e+6 sec	370.8 % @Treatment Temp. 356 °F, Time 720 hour	Hot Water Resistance
	370.8 % @Treatment Temp. 200 °C, Time 2.59e+6 sec	370.8 % @Treatment Temp. 392 °F, Time 720 hour	Heat Resistance
	399.6 % @Treatment Temp. 180 °C, Time 2.59e+6 sec	399.6 % @Treatment Temp. 356 °F, Time 720 hour	Steam Resistance
Tensile Modulus	0.000160 GPa	0.0232 ksi	G' Storage Modulus (nominal) of Raw Gum
100% Modulus	5.00 MPa @Strain 100 %	725 psi @Strain 100 %
Compression Set	32 % @Temperature 200 °C, Time 252000 sec	32 % @Temperature 392 °F, Time 70.0 hour

Thermal Properties	Metric	English	Comments
Brittleness Temperature	-40.0 °C	-40.0 °F	Brittle Point
	3.00 °C	37.4 °F	TR-10
Glass Transition Temp, Tg	-3.00 °C	26.6 °F

Processing Properties	Metric	English	Comments
Cure Time	0.900 min @Temperature 177 °C	0.0150 hour @Temperature 351 °F	10% cure, tc10, 100CPM, 3° Strain, 12 minutes
	2.30 min @Temperature 177 °C	0.0383 hour @Temperature 351 °F	50% cure, tc50, 100CPM, 3° Strain, 12 minutes
	7.10 min @Temperature 177 °C	0.118 hour @Temperature 351 °F	90% cure, 100CPM, 3° Strain, 12 minutes
	20.0 min @Temperature 170 °C	0.333 hour @Temperature 338 °F	Press
	240 min @Temperature 200 °C	4.00 hour @Temperature 392 °F	Post cure

Component Elements Properties	Metric	English	Comments
Fluorine, F	57 %	57 %

Descriptive Properties
Cure Data	2.5 dNm		Min S'
	27.9 dNm		Max S'
Volume Change	0%		50% NaOH Resistance 70°C for 720 hours
Volume Change (%)	11		Steam Resistance 180°C for 720 hours
	2		28% Aqueous Ammonia Resistance 70°C for 720 hours
	20		Hot water Resistance 180°C for 720 hours

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 view all the property values for this datasheet as they were originally entered into MatWeb.

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PAGCX008 / 191117

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