| 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.
HOUSTON – SpaceCom – The Space Commerce Conference and Exposition, where NASA, aerospace and industry come together to connect, announces the finalists of the SpaceCom Entrepreneur Challenge. Taking place at the George R. Brown Convention Center in Houston November 27-28, this challenge is the culmination of the SpaceCom Entrepreneur Summit (SES). The Entrepreneur Challenge began […]
SBIR Award
Phase I & II
SBIR Award
Phase I
SBIR Award
Phase I
Founders make Forbes list
DexMat Carbon Nanotube Yarn: Will it Burn?
/0 Comments/in Application, Carbon Nanotubes Materials, CNT Rope, CNT Wires, CNT Yarn, How-To Videos, Military, Resources, Sensors /by Dmitri TsentalovichThis video highlights the high temperature stability of CNT yarns compared to copper wire by applying a 1430 C butane torch to both materials. The copper wire lasts about 5 seconds before melting, while the CNT yarn survives the torch for more than 30 seconds without any visible damage. The high thermal stability and superior […]