Carbon Nanotubes Description
Single-Walled Carbon Nanotubes (SWCNTs):
SWCNTs consist of a single layer of carbon atoms rolled into a cylindrical tube. They are produced in various diameters determined by the orientation of the hexagonal carbon lattice relative to the tube axis. SWCNTs exhibit measurable mechanical, electrical and thermal properties. According to their chirality, they may operate as semiconductors or conductors and have potential applications in electronics, energy storage and composite materials.
Multi-Walled Carbon Nanotubes (MWCNTs):
MWCNTs comprise several layers of graphene sheets rolled into concentric cylinders. The tubes may consist of as few as two layers or extend to several dozen layers. MWCNTs demonstrate quantifiable mechanical and electrical characteristics and are frequently used in multiple applications. They tend to conduct electricity more effectively than SWCNTs and are appropriate for specific electronic and electromagnetic applications.
Both SWCNTs and MWCNTs have been extensively studied owing to their distinct properties and potential applications in domains such as nanotechnology, materials science, electronics and medicine. Researchers continue to investigate their properties and applications with the aim of utilising their defined characteristics for various technological advancements.
Specifications of Carbon Nanotubes
Content: > 95 wt-%.
Length: 5–25 µm
Ash: <2,0 wt-%
|
Cat. No.
|
Type
|
OD
|
ID
|
Purity
|
|
GR00411
|
SW
|
1–2 nm
|
0,8–1,6 nm
|
90%
|
|
GR00412
|
DW
|
<5 nm
|
<2 nm
|
90%
|
|
GR00413
|
MW
|
<10 nm
|
1–5 nm
|
95%
|
|
GR00414
|
MW
|
10–20 nm
|
5–10 nm
|
95%
|
|
GR00415
|
MW
|
20–30 nm
|
5–10 nm
|
95%
|
|
GR0041x
|
MW
|
>30 nm
|
5–10 nm
|
95%
|
Carbon Nanotubes Applications
- Electronics and Nanoelectronics:
Carbon Nanotubes serve as components in electronic devices. Their high electrical conductivity, small dimensions and notable electron mobility enable their use in transistors, connection elements and memory devices.
Incorporating Carbon Nanotubes into polymer matrices improves the mechanical, thermal and electrical properties of composite materials. Such enhancements support applications within the aerospace, automotive, sports equipment and construction sectors.
Carbon Nanotubes may be integrated into supercapacitors and batteries to enhance energy storage capacity and charge/discharge rates. They provide extensive electrode surface areas that can improve overall energy storage performance.
The sensitivity of Carbon Nanotubes to environmental changes enables their use in various sensors, including gas sensors, biosensors and strain sensors.
Carbon Nanotubes may be employed in drug delivery systems, imaging and tissue engineering. Their defined properties can be employed to control the release and targeting of therapeutic agents.
Carbon Nanotubes can be functionalised to target specific cells or tissues for applications in cancer therapy, diagnostics and drug delivery.
The large surface area and electronic properties of Carbon Nanotubes enable their use as catalyst supports. They are applicable in various catalytic reactions such as hydrogen production and environmental remediation.
Due to their defined mechanical properties, Carbon Nanotubes are useful in aerospace applications, for example in the construction of lightweight structures for aircraft and spacecraft.
- Electromagnetic Interference (EMI) Shielding:
Carbon Nanotubes can be incorporated into materials to provide electromagnetic shielding. This application is critical for reducing electromagnetic interference in electronic and communication systems.
Functionalised Carbon Nanotubes are capable of adsorbing contaminants from water, which is beneficial in water purification processes.
Carbon Nanotubes may be printed on flexible substrates to produce wearable electronics, flexible displays and sensors.
Carbon Nanotubes can be integrated into solar cells to enhance efficiency by improving charge transport and light absorption.
Carbon Nanotubes possess high thermal conductivity and may be used to improve heat dissipation in electronic devices or as thermal interface materials.
Carbon Nanotubes Packaging
Our Carbon Nanotubes are handled with care during storage and transport to preserve the product in its original condition.
Converters & Calculators
