Fullerene has many derivatives like C60, C70 and C84, but particularly the highly symmetrical C60 sphere, has some elegance and beauty that excites the imagination of scientists and nonscientists alike, as they bridge aesthetic gaps between the visual arts, engineering, mathematics, sciences and architecture. Before the discovery of Fullerenes, only two well-defined allotropes of carbon were known, diamond and graphite. Among them the graphite is made up of stacked sheets of two-dimensional hexagonal arrays of carbon atoms, whereas, diamond one the other hand, is composed of a three-dimensional crystalline array of carbon atoms.
The Fullerenes constitute the third form of carbon allotropes and it is remarkable that their discovery has led to an entirely new understanding of sheet materials, nanoscience and nanotechnology. In general, nanotubes in particular exhibit a wide range of novel mechanical and electronic properties. These substances are good conductors of heat and electricity, and they possess an astonishing tensile strength. These properties of theirs hold the promise of exciting applications in electronics, structural materials, and medicine. This C60 Fullerene is characterized as a free radical sponge with an antioxidant efficacy of several hundred-fold higher than the conventional anti-oxidants. To know more about C60 check out http://mstnano.com/products/fullerenes. At this website, you can also buy the best fullerene.
Usually, carbon nanotubes provide faster phonon transport than diamond, by which it has been recognized as one of the best thermal conductors. The carbon nanotubes, rather than conducting electricity via electron transport, show ballistic transport characteristic which is a highly efficient and fast conduction process and in this method the electrons are prevented from the diffusing process by the wall of the tube or around its perimeter by hexagonal shaped array of carbon atoms, spread through the axis of the tube. The electric current-carrying capacity of nanotubes is approximately four orders of magnitude higher than that of copper material. These carbon nanotubes individually may be semiconducting or metallic, mainly depending on the helical orientation of the rows of hexagonal rings in the walls of the tubes. Enter into the site for more gracious information.
The C60 product generally passes through a plenty of the novel chemical reactions. They readily add atoms of hydrogen and of the halogen elements in quick time. These halogen elements can be replaced by any other groups, like phenyl and thus by offering beneficial routes to a wide range of novel fullerene derivatives. To enjoy its applications in the best way possible, you can look to buy C60 at http://mstnano.com/products/fullerenes/.