Model:Carbon Fiber (T008)
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| high strength,light weight | Abrasion-Resistant |
| Corrosion Resistance | Impact resistance |
| Low coefficient thermal expansion | Nice Looking with competitive price |
| Table 1:Features&Benefits | |
| Features | Benefits |
| Extremely high stiffness | With a variety of modulus available from |
| standard 33 msi to ultra high modulus pitch | |
| over 125 msi carbon fiber has the highest | |
| specific modulus of all the commercial | |
| reinforcing fibers. | |
| High tensile strength | The strongest of all commercial reinforcing |
| fibers in tension. Especially good for the | |
| tension skin on cored composite laminates | |
| Excellent corrosion resistance | Used in reinforcing concrete, carbon has good |
| alkaline resistance as well as resistance to salt | |
| water and many other chemical environments | |
| Excellent fatigue properties | Used as a primary reinforcement for fatigue |
| prone products such as helicopter and wind | |
| turbine blades as well as off shore power and | |
| sailboats. | |
| Excellent compression properties | Proper fiber sizing for the resin matrix selected |
| can yield impressive compressive properties | |
| but this quality can be quite difficult to measure | |
| with standard ASTM test methods and careful | |
| test specimen preparation is critical to achieve | |
| accurate results. | |
| Low coefficient of linear expansion: | Carbon is a good tooling reinforcement for |
| -1.1 x 106 cm/cm°C (.0.6 x 10 6 in/in°F) | -1.1 x 106 cm/cm°C (.0.6 x 10 6 in/in°F) molds that will see temperature and where |
| parts need tight dimensional stability |
