Fluoraz FEPM 790

About
Fluoraz FEPM 790 is a Perfluoroethylene Propylene Copolymer (FEP) product. It is available in North America.&&

Product Description
GenericFEP
Material StatusCommercial: Active
AvailabilitysNorth America

Technical Data
PHYSICALNominal valueUnitTest method
Density1.60g/cm³ASTM D297

MECHANICALNominal valueUnitTest method
Shore hardness
Shaw’s A95 ASTM D2240

elastic bodyNominal valueUnitTest method
tensile strength
fracture24.1MPaASTM D412
50% strain10.7MPaASTM D412
Tensile strain
fracture130%ASTM D412
Compression deformation ASTM D395
23℃,70 hr16%ASTM D395
175℃,166 hr27%ASTM D395
200℃,22 hr21%ASTM D395

Aging performanceNominal valueUnitTest method
The rate of change in tensile strength in air
276℃,70 hr-46%ASTM D573
The rate of change in ultimate elongation in air
276℃,70 hr-11%ASTM D573
The rate of change in hardness of a hardness tester in the air
276℃,70 hr0.0 ASTM D573
The rate of change in tensile strength ASTM D471
135 ℃, 70 hr, in Ford ATF-16%ASTM D471
135 ℃, 70 hr, in MIL-H-5606-27%ASTM D471
135 ℃, 70 hr, in Wagner 21B-22%ASTM D471
175 ℃, 70 hr, in Stauffer 7700 liquid-27%ASTM D471
Change rate of ultimate elongation ASTM D471
135 ℃, 70 hr, in Ford ATF18%ASTM D471
135 ℃, 70 hr, in MIL-H-560621%ASTM D471
135 ℃, 70 hr, in Wagner 21B34%ASTM D471
175 ℃, 70 hr, in Stauffer 7700 liquid28%ASTM D471
The rate of change in Shore hardness ASTM D471
135 ℃, 70 hr, in Ford ATF-3.0 ASTM D471
135 ℃, 70 hr, in Wagner 21B-8.0 ASTM D471
135 ℃, 70 hr, in Stauffer 7700 liquid-11 ASTM D471
Volume change ASTM D471
135 ℃, 70 hr, in Ford ATF8.0%ASTM D471
135 ℃, 70 hr, in MIL-H-560623%ASTM D471
135 ℃, 70 hr, in Wagner 21B8.3%ASTM D471
175 ℃, 70 hr, in Stauffer 7700 liquid21%ASTM D471
bending strength
in Wagner 21B,135℃-8 Points ASTM D471

THERMALNominal valueUnitTest method
Operating temperature-7 to 232

Supplementary informationNominal valueUnitTest method
Rubber ClassificationFEPM ASTM D1418
TR 10/504ASTM D1329

Notes
1. Typical properties: these are not to be construed as specifications.
2. In air, 25% of original deflection
3. 70 hrs
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