 Thornel® Continuous Carbon Fibers are continuous strand fibers designed for typical thermal management applications. These materials are used in applications where high performance and maximum weight reduction must be combined. Thanks to ultra-high longitudinal thermal conductivity, Thornel fibers demonstrate 2 to 3 times the performance of copper, and 4 to 5 times the performance of aluminum.
Learn more about Thornel® Pitch Based Carbon Fibers
Learn more about Thornel® Pan Based Carbon Fibers
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 ThermalGraph® discontinuous fibers are available in a free-flowing form that can be easily blended and compounded with most other materials. ThermalGraph® DKA X has a longitudinal thermal conductivity two times higher than copper, and a tensile modulus greater than 120 Msi. ThermalGraph DKD X has a thermal conductivity 50 percent higher than copper, and a tensile modulus over 100 Msi. Chopped fibers are also available in 1/2, 1 and 2-inch lengths. Learn more about ThemalGraph® |
| Composites made from ThermalGraph® discontinuous fibers offer several advantages over most other materials including thermoplastic and thermoset resins. |
- Higher thermal conductivity than possible with other particulate fillers such as metals or ceramics
- Better vibrational response due to the low density and high stiffness of the fiber
- Ability to tailor material properties by combining fibers with matrices such as copper, thermoplastics and carbon
- Opportunity to use low-cost injection molding, compression molding and resin transfer molding processes
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>> Learn more about the performance and design advantages of Thornel® & ThermalGraph® products.
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