CNT-400 Family

Short Carbon Nanotubes

CNT-400 Description

The CNT-400 family contains short (0.5 - 2.0 µm) carbon nanotubes featuring at least 90-95% nanotubes by weight. We offer a wide range of structures (single-walled, double-walled, multi-walled) and lengths.

CNT-400 Product List

Product Designation Type Diameter Purity
CNT-401-S1-60 Single-walled (60%) 1-2 nm 90%
CNT-401-S1-90 Single-walled (90%) 1-2 nm 95%
CNT-401-D1 Double-walled (60%) 1-2 nm 90%
CNT-401-M4 Multi-walled <8 nm >95%
CNT-401-M10 Multi-walled 8-15nm >95%
CNT-401-M15 Multi-walled 10-20nm >95%
CNT-401-M25 Multi-walled 20-30nm >95%
CNT-401-M40 Multi-walled 30-50nm >95%
CNT-401-M65 Multi-walled 50-80nm >95%
OH Functionalization
CNT-402-S1-60 Single-walled (60%) 1-2 nm 90%
CNT-402-S1-90 Single-walled (90%) 1-2 nm 95%
CNT-402-D1 Double-walled (60%) 1-2 nm 90%
CNT-402-M4 Multi-walled <8 nm >95%
CNT-402-M10 Multi-walled 8-15nm >95%
CNT-402-M15 Multi-walled 10-20nm >95%
CNT-402-M25 Multi-walled 20-30nm >95%
CNT-402-M40 Multi-walled 30-50nm >95%
CNT-402-M65 Multi-walled 50-80nm >95%
COOH Functionalization
CNT-403-S1-60 Single-walled (60%) 1-2 nm 90%
CNT-403-S1-90 Single-walled (90%) 1-2 nm 95%
CNT-403-D1 Double-walled (60%) 1-2 nm 90%
CNT-403-M4 Multi-walled <8 nm >95%
CNT-403-M10 Multi-walled 8-15nm >95%
CNT-403-M15 Multi-walled 10-20nm >95%
CNT-403-M25 Multi-walled 20-30nm >95%
CNT-403-M40 Multi-walled 30-50nm >95%
CNT-403-M65 Multi-walled 50-80nm >95%

How to Read the Product List:

All product designations follow a similar pattern: 'S' for single-walled, 'D' for double walled, 'M' for multi-walled. The numbers represent the average diameter; e.g. the M10 is composed of multi-walled carbon nanotubes with an average diameter of roughly 10 nanometers.


The CNT-400 family features three separate product lines: the CNT-401 products are all standard, purified carbon nanotubes; the CNT-402 products are OH-functionalized, and the CNT-403 products are COOH-functionalized. For more information on this functionalization, please see the CNT-200 and CNT-300 pages respectively.


Type refers to the structural configuration of the nanotubes, whether single, double or multi-walled. For single and double-walled nanotubes, the number in parentheses represents the percentage of nanotubes which conform to that structural specification. E.g. "Single-walled (90%)" indicates that 90% of the nanotubes are single-walled. (The other 10% are multi-walled.)


Purity refers to the percentage (by weight) of carbon nanotubes relative to amorphous carbon, other carbon nanoparticles, and trace amounts of the catalysts which help create the nanotubes.


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