SWCNT Applications SWCNT Material
SWCNT Properties
Single-wall carbon nanotubes (SWCNT) give silicone materials outstanding electrical and thermal conductivity at ultra-low loadings.
Exceptional Properties
- 5×
- Carries 5× more current than copper
- 1,000℃
- Thermal stability up to 1,000℃
- 5,000 L/D
- Very high aspect ratio
- 1 g = 2
- Surface area of two basketball courts
- 5,000,000 km
- Nanotube length per gram
- 100×
- 100× stronger than steel
Loading Needed for Conductivity
SWCNT forms a self-conductive 3D network even at ultra-low concentrations.
SWCNT Specification
| SPECIFICATION | Value |
|---|---|
| CARBON CONTENT | 85–99 wt.% |
| CNT CONTENT | 80–99 wt.% |
| MEAN DIAMETER CNT | 1.6±0.4 nm |
| LENGTH OF CNT | > 5 μm |
| METAL IMPURITIES | 0 –15 wt.% |
| RAMAN G/D RATIO | 50–150 |
← Swipe the table sideways →
Regulatory Registration
TUBALL™ is registered under REACH number 01-2120130006-75-0000, allowing commercialization of up to 10 t/y in Europe, and EPA PMN number P-17-0257, allowing up to 25 t/y in the USA.
SWCNT Structure
SWCNT bundles formed by van der Waals interactions (TEM) 
Single-wall carbon nanotube model
Product Photo
SWCNT Properties