| Density | Conductivity | Tensile Strength | Flex Life | Corrosion Resistance | Bio-Compatibility |
|---|---|---|---|---|---|
| 1.3 g/cc | 7 MS/m | 1 GPa | > 1,000,000 cycles | ✓ | ✓ |
| Density |
|---|
| 1.3 g/cc |
| Conductivity |
| 7 MS/m |
| Tensile Strength |
| 1 GPa |
| Flex Life |
| > 1,000,000 cycles |
| Corrosion Resistance |
| ✓ |
| Bio-Compatibility |
| ✓ |
DexMat has the capability to process low-defect, single-walled, and few-walled CNTs into fibers and yarns. 0.5 grams of CNTs are required to evaluate whether fibers can be produced from any given CNT material. If the evaluation shows that the CNTs can be processed into fibers by DexMat, then the customer will have the option to purchase fibers made out of these CNTs.
Today we want to share the following press release from Rice University in order to shine a spotlight on a newly-published paper about an exciting medical application of carbon nanotube fibers! This work was done by a collection of researchers at Rice University and the Texas Heart Institute in Houston, the University of Illinois at […]
SBIR Award
Phase I & II
SBIR Award
Phase I
SBIR Award
Phase I & II
Founders make Forbes list
Carbon Nanotube AUX Cable
/0 Comments/in Application, Carbon Nanotubes Materials, CNT Cables, CNT Rope, CNT Wires, CNT Yarn, EMI Shielding, Resources, Videos /by Dmitri TsentalovichIn this video, we demonstrate an auxiliary cable made with carbon nanotube (CNT) conductors and shielding. The cable has two CNT yarn conductors that are insulated with a nylon braid and then shielded with a CNT fiber braid. The sound quality is great and highlights the tremendous potential for CNT materials in high-end audio cables!