Carbon Nanotube Based Solutions To Biomedical, Catalyst and Other Applications Using Nanocyl Carbon Nanotubes

Topics Covered

Background

Applications and Nanocyl Solutions

Biomedical

Catalyst Supports

Other Applications

Background

In addition to their electrical conductivity, energy storage, themal conductivity and mechanical reinforcement properties, carbon nanotubes have an intrinsically high surface area; in fact, every atom is not just on a surface - each atom is on two surfaces, the inside and outside! Combined with the ability to attach essentially any chemical species to their sidewalls provides an opportunity for unique catalyst supports.

Nanocyl carbon nanotubes have a wealth of other applications thanks to their specific properties.

Applications and Nanocyl Solutions

Biomedical

The exploration of carbon nanotubes in biomedical applications is relatively new, but most definitely has a lot of potential. Cells have been shown to grow on carbon nanotubes, so they appear to have no toxic effect. The cells also do not adhere to the carbon nanotubes, potentially giving rise to applications such as coatings for prosthetics and anti-fouling coatings for ships.

The ability to chemically modify the sidewalls of carbon nanotubes also lead to biomedical applications such as vascular stents, and neuron growth and regeneration.

Catalyst Supports

Thanks to the combination of the high surface area and the ability to attach any chemical species to their sidewalls, Nanocyl carbon nanotubes give the opportunity for unique catalyst supports.

Other Applications

In fact, there is no limit to potential applications for Nanocyl carbon nanotubes, such as solar collection, nanoporous filters and coatings of all sorts. Many undiscovered applications are probable to be discovered in the years to come. Nanocyl is expanding its expertise and knowledge by continuous innovation in these domains.

Source: Nanocyl

For more information on this source please visit Nanocyl

 

Date Added: Aug 1, 2007 | Updated: Jun 11, 2013
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