Description
Product Code: CNB-8-TNCF
TimestubTM —Carbon Nano Fibers (TNCF)—-It was produced by xylene catalytic decomposition using ferrocene as catalyst in float reactor. It has a wide diameter distribution. The outer diameter of this product distributes from tens nanometers to hundreds nanometers, and most of the carbon nanofibers has a diameter 200~600nm. It contains a small amount of carbon nanotubes and amorphous carbon.
Specification:
Carbon Nano Fibers (Purity:>70%)
- Color: Black
- Making method: CVD
|
Property
|
Unit
|
Carbon Nano Fibers |
Method of Measurement
|
| TNCF | |||
| OD | nm | 200-600 | HRTEM,Raman |
| Caarbon Nano Fibers Purity | wt% | >70 | TGA & TEM |
| Length | microns | 5-50 | TEM |
| SSA | m2/g | >18 | BET |
| ASH | wt% | <5 | HRTEM,TGA |
| EC | s/cm | >100 | |
| Tap Density | g/cm3 | 0.043 | |
| OD=Outer Diameter ID=Inner Diameter SSA=Special Surface Area | |||
Application instruction
- Potential Applications of Carbon Nanotubes
- Additives in polymers
- Catalysts
- Electron field emitters for cathode ray lighting elements
- Flat panel display
- Gas-discharge tubes in telecom networks
- Electromagnetic-wave absorption and shielding
- Energy conversion
- Lithium-battery anodes
- Hydrogen storage
- Nanotube composites (by filling or coating);
- Nanoprobes for STM, AFM, and EFM tips
- Nanolithography
- Nanoelectrodes
- Drug delivery
- Sensors
- Reinforcements in composites
- Supercapacitor
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