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Mechanical Data

LAMINATE PROPERTIES PROPERTY25 PSI (0.17 MPa) CUREVACUUM BAG CURETESTMETHOD ULTIMATE TENSILE STRENGTH Room Temperature (RT) 59 KSI (407 MPa)54 KSI (372 MPa)ASTM D638 160°F(71°C)50 KSI (345 MPa)46 KSI (317 MPa)ASTM D638 RT(WET)52 KSI (359 MPa)50 KSI (345 MPa)ASTM D638 TENSILE MODULUS Room Temperature (RT) 3.7 MSI (26 GPa) 3.6 MSI (25 GPa) ASTM D638 160°F(71°C)3.5 MSI (24 GPa) 3.4 MSI (23 GPa) ASTM D638 RT(WET)3.5 MSI (24 GPa) 3.3 MSI (23 GPa) ASTM D638 COMPRESSIVE STRENGTH Room Temperature (RT) 61 KSI (421 MPa)58 KSI (400 MPa)ASTM D695 160°F(71°C)51 KSI (352 MPa)43 KSI (297 MPa)ASTM D695 RT(WET)53 KSI (366 MPa)50 KSI (345 MPa)ASTM D695 COMPRESSIVE MODULUS Room Temperature (RT) 3.7 MSI (26 GPa) 3.6 MSI (25 GPa) ASTM D695 160°F(71°C)3.6 MSI (25 GPa) 3.5 MSI (24 GPa) ASTM D695 RT(WET)3.6 MSI (25 GPa) 3.5 MSI (24 GPa) ASTM D695 ULTIMATE FLEXURAL STRENGTH Room Temperature (RT) 86 KSI (593 MPa)78 KSI (538 MPa)ASTM D790 160°F(71°C)61 KSI (421 MPa)53 KSI (366 MPa)ASTM D790 FLEXURAL MODULUS Room Temperature (RT) 3.5 MSI (24 GPa) 3.4 MSI (23 GPa) ASTM D790 160°F(71°C)3.2 MSI (22 GPa) 3.2 MSI (22 GPa) ASTM D790 INTERLAMINAR SHEAR Room Temperature (RT) 6.0 KSI (41 MPa)5.3 KSI (37 MPa) ASTM D2344
NOTICE: Product data and parameters cited in this publication have been obtained in J.D. Lincoln, Inc. laboratories using the materials under carefully controlled conditions. The information, therefore, is believed to be accurate and correctlystated. Data of this type maybe considered to be indicative of representative properties obtainable. J.D. Lincoln, Inc. cannot accept responsibility for the misapplication of these products, nor for their use under uncontrolled conditions. Numerical values resulting from the application of this material are dependant on processing details. It is recommended that the user develop his or her own application techniques and generate data consistent withhis or her specific application and process. L-502