Sustainable Carbon
Nanotechnology and Engineering
Nanotechnology and Engineering
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Solid Carbon Nano Rods are similar in outward appearance to carbon
nanotubes. They have similar chemical, physical, electrical, and thermal
properties to CNTs. As a result of their growth process, however, no residual
transition metal catalyst is present in the final product - only a trace amounts of
inert ceramics (Al2O3, SiO2, SiO, etc).
Like CNTs, SCNRs have myriad of applications, including:
Our SCNRs, whether in cluster, whisker or aligned offer significant gains over our
competitors materials.
nanotubes. They have similar chemical, physical, electrical, and thermal
properties to CNTs. As a result of their growth process, however, no residual
transition metal catalyst is present in the final product - only a trace amounts of
inert ceramics (Al2O3, SiO2, SiO, etc).
Like CNTs, SCNRs have myriad of applications, including:
- batteries
- fuel cells
- sensors
- detectors
- thermal management
- conductors
- filters
- weld reinforcement (friction stir welding)
Our SCNRs, whether in cluster, whisker or aligned offer significant gains over our
competitors materials.
- Greater purity
- Lower total cost
- Consistent performance from lot to lot
- Economical scalability for high volume uses
- Globally stable raw materials - means stable prices
| High Resolution TEM Image of Solid Carbon Nano Rods |
The above image clearly shows the unique morphology of SCNRs, including:
- SWCNT bundles
- Ultra - Small SWCNTs (outer diameter ~ 0.4nm!)
- High percolation factor
- 3-D Interlaced network ideal for trapping reagents and catalysts
Ph: 937.296.5090
Fax: 937.297.9437
Fax: 937.297.9437
2000 Composite Drive
Dayton, OH 45420
Dayton, OH 45420
