In unique structuram de Carbon Nanotubes decernit quod habet multa specialis corporis et eget proprietatibus. C = c Cobalent vincula, quae faciunt carbonis Nanotubes sunt maxime firmum chemical vincula in natura, ita Carbon Nanotubes habere valde optimum mechanica proprietatibus. Theoretical calculations ostende quod Carbon Nanotubes habere maxime princeps fortitudinem et magnum lenta. Theorulus valorem aestimat quod puer est modulus potest pervenire 5TPA.

In optimum conductivity Carbon Nanotubes facit idoneam anti-stabilis coatings, PROMPTURA Polymers, Richter, et PROLIXUS plastic Magistri batches. Nanotubes in axial directionem C temporibus Tenensi est C temporibus, quod de ferro, dum tantum I / pondere ferro. VI. Non potest esse in polymer matrix ad formam confirmat compositum materiae et sic est.

The unique nano hollow structure of carbon nanotubes, which has a suitable pore size distribution, unique and stable structure and morphology, especially surface properties, can be modified by different methods according to people's needs, making it suitable as a new catalyst carrier.