{Industrial grade} Multiwalled carbon nanotubes, 88% [COOH Functionalized] (OD: 10-30 nm, ID: 5-10 nm, Length: 10-30 um)
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016869
Nanomaterials
Carbon Nanotubes & Nanofibers
Single-walled and multi-walled carbon nanotubes, aligned arrays, functionalised CNTs, nanofibres, nanohorns and CNT dispersions for research and composites.
{Industrial grade} Multiwalled carbon nanotubes, 88% [COOH Functionalized] (OD: 20-40 nm, ID: 5-10 nm, Length: 10-30 um)
- CAS
- 7440-44-0
- Formula
- C
- MW
- 12.01 g/mol
ZX-016870
{Industrial grade} Multiwalled carbon nanotubes, 88% [COOH Functionalized] (OD: 50-80 nm, ID: 5-15 nm, Length: 10-20 um)
- CAS
- 7440-44-0
- Formula
- C
- MW
- 12.01 g/mol
ZX-016871
{Industrial grade} Multiwalled carbon nanotubes, 88% [OH Functionalized] (OD: 10-30 nm, ID: 5-10 nm, Length: 10-30 um)
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016872
{Industrial grade} Multiwalled carbon nanotubes, 88% [OH Functionalized] (OD: 20-40 nm, ID: 5-10 nm, Length: 10-30 um)
- CAS
- 7440-44-0
- Formula
- C
- MW
- 12.01 g/mol
ZX-016873
{Industrial grade} Multiwalled carbon nanotubes, 88% [OH Functionalized] (OD: 50-80 nm, ID: 5-15 nm, Length: 10-20 um)
- CAS
- 7440-44-0
- Formula
- C
- MW
- 12.01 g/mol
ZX-016874
Aligned Multiwalled Carbon Nanotubes, 95%+ (OD: 10±3 nm, ID: 2-7 nm, Length: 5-15 um)
- CAS
- 7440-44-0
- Formula
- C
- MW
- 12.01 g/mol
ZX-016731
Carbon nanotube, multi-walled as-produced cathode deposit, >7.5% MWCNT basis, O.D. × L 7-15 nm × 0.5-10 μm
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016735
Carbon nanotube, single-walled (6,5) chirality, ≥95% carbon basis (≥99% as carbon nanotubes), 0.78 nm average diameter)
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016736
Double-walled carbon nanotubes, 90% (OD: 2-5 nm, Length: 1-2 um)
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016739
Double-walled carbon nanotubes, 90%+ (90+% CNTs, 20+% DWNTs) [OD: 1.3-5 nm, Length: 5-15 um]
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016740
Double-walled carbon nanotubes, 90%+ (90+% CNTs, 50+% DWNTs) [OD: 1.3-5 nm, Length: 5-15 um]
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016741
Double-walled carbon nanotubes, 90%+ (OD: 2-5 nm, Length: 5-20 µm)
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016742
Graphitized Multi Walled Carbon Nanotubes, 99.9+% [OH functionalized] (OD: 10-20 nm, ID: 5-10 nm, Length: 10-30 um)
- CAS
- 7440-44-0
- Formula
- C
- MW
- 12.01 g/mol
ZX-016744
Graphitized Multi Walled Carbon Nanotubes, 99.9+% [OH functionalized] (OD: 20-30 nm, ID: 5-10 nm, Length: 10-30 um)
- CAS
- 7440-44-0
- Formula
- C
- MW
- 12.01 g/mol
ZX-016745
Graphitized Multi Walled Carbon Nanotubes, 99.9+% [OH functionalized] (OD: 30-50 nm, ID: 5-12 nm, Length: 10-20 um)
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016746
Graphitized Multi Walled Carbon Nanotubes, 99.9+% [OH functionalized] (OD: 50-80 nm, ID: 5-15 nm, Length: 10-20 um)
- CAS
- 308068-56-6
- Formula
- C
- MW
- 12.01 g/mol
ZX-016747
Carbon nanotubes combine high strength, electrical conductivity and thermal conductivity in a fibre a few nanometres wide. This sub-category supplies single-walled and multi-walled nanotubes, functionalised grades, carbon nanofibres and nanohorns. Examples include single-walled nanotubes of (6,5) chirality at 0.78 nm average diameter, amide-functionalised SWCNTs, aligned multi-walled nanotubes with 10 nm outer diameter, Carbon nanofibers at 50-200 nm diameter and 5 wt% MWCNTs dispersed in NMP.
Key figures are outer and inner diameter, length, carbon purity, residual metal catalyst and, for SWCNTs, chirality distribution. Functionalised tubes disperse more easily in solvents and polymers but with some loss of conductivity. Dispersions in NMP or water suit battery electrodes and conductive coatings, where uniform distribution matters more than tube length.
- SWCNTs for electronics and optical studies
- MWCNTs and nanofibres for composites and electrodes
- Dispersions for battery slurries and coatings
Products ship in sealed containers to limit airborne fibres. Each lot comes with a COA and SDS.
Carbon Nanotubes & Nanofibers: questions buyers ask
What does chirality mean for single-walled nanotubes?
Chirality describes how the graphene sheet is rolled, given as a pair of indices such as (6,5). It decides whether a nanotube is metallic or semiconducting and sets its band gap and optical absorption. Chirality-enriched SWCNTs are used in transistors, sensors and near-infrared imaging research.
Why are CNT dispersions in NMP used in batteries?
Lithium-ion electrode slurries are often made in NMP, so a CNT dispersion in the same solvent mixes directly with active material and binder. The nanotubes form a conductive network that improves electrode conductivity at low loading. Pre-dispersed CNTs avoid lengthy sonication and give more consistent electrodes.
What safety precautions apply to carbon nanotubes?
Some carbon nanotubes have shown fibre-like toxicity when inhaled, so avoid creating airborne dust. Handle dry powders in a fume hood or glovebox, wear gloves and a suitable respirator, and clean spills with wet wiping or HEPA vacuums. Dispersions reduce inhalation risk considerably.
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