Product Category
Single-walled carbon nanotubes

Configuration
N/A

Purity (%)
99.%

Phase
N/A

Diameter
0.6-1 nm

Length
400-700 nm

Specification
N/A

Description
The high-pressure carbon monoxide (HiPco) process was developed at Rice University to create single-walled carbon nanotubes from the gas-phase reaction of iron carbonyl with high-pressure carbon monoxide gas.The carbon nanotube produced by the HiPco process is a fibrous material. This raw material can become airborne if it is not contained. The differences between NoPo HiPCO and Rice HiPCO is listed below

1.300% lesser Iron as Catalyst when compared with Rice HiPCO.
2. Higher percentage of small diameter Nanotubes.
3. Highly Hydrophobic (Due to higher small diameter SWCNT)
4. Higher Bandgap
5. Higher oxidation temperature in TGA due to low catalyst content.
6. Photoluminiscence due to presence of small diameter tubes.
7. Easy dispersion in organic solvents.
8. Only NoPo HiPCO SWCNT are currently in production

Diameter: 0.6-1.1nm
Length: 400-700nm