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L-951
Laminating Woven Graphite Prepreg |
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| Flammability |
- Self Extinguishing per FAR part 25.853
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| Sandwich Properties* |
Core: ¼” cell x 0.004” (6.35 mm cell, x 0.10 mm) Aluminum Foil
Facings: 2 plies L-951-3K70P each side
- RT Flatwise Tensile Strength: 900 PSI (6.2 MPa)
- RT Sandwich Peel Strength: 6 in lb/in (27 N/25 mm)
- *Sandwich peel strength varies with the orientation of the fibers directly against the core and the test direction.
- Fibers laid up parallel with the test direction produce minimum strengths.
- Fibers laid up perpendicular to the test direction produce maximum strengths.
- L-951-(7 mil) sandwich peel strength ranges from 5-7 in lb/in (22-31 N/25 mm).
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| Mechanical Data |
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LAMINATE PROPERTIES |
PROPERTY |
85 PSI (0.59 MPa) CURE |
VACUUM BAG CURE |
TEST METHOD |
ULTIMATE TENSILE STRENGTH |
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Room Temperature (RT) |
91 KSI (628 MPa) |
87 KSI (600 MPa) |
ASTM D638 |
250°F (121°C) |
80 KSI (552 MPa) |
78 KSI (538 MPa) |
ASTM D638 |
TENSILE MODULUS |
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Room Temperature (RT) |
10.1 MSI (70 GPa) |
9.9 MSI (68 GPa) |
ASTM D638 |
250°F (121°C) |
8.9 MSI (61 GPa) |
8.8 MSI (61 GPa) |
ASTM D638 |
ULTIMATE COMPRESSION STRENGTH |
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Room Temperature (RT) |
78 KSI (538 MPa) |
72 KSI (497 MPa) |
ASTM D695 |
250°F (121°C) |
52 KSI (359 MPa) |
- |
ASTM D695 |
COMPRESSION MODULUS |
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Room Temperature (RT) |
8.9 MSI (61 GPa) |
8.7 MSI (60 GPa) |
ASTM D695 |
250°F (121°C) |
8.0 MSI (55 GPa) |
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ASTM D695 |
ULTIMATE FLEXURAL STRENGTH |
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Room Temperature (RT) |
112 KSI (772 MPa) |
107 KSI (738 MPa) |
ASTM D790 |
250°F (121°C) |
88 KSI (607 MPa) |
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ASTM D790 |
FLEXURAL MODULUS |
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Room Temperature (RT) |
9.4 MSI (65 GPa) |
9.2 MSI (63 GPa) |
ASTM D790 |
250°F (121°C) |
8.7 MSI (60 GPa) |
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ASTM D790 |
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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 correctly stated. Data of this type may be 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 with his or her specific application and process.
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