Isakhiwo esikhethekileyo se-carbon nanotubes sinquma ukuba sineempawu ezininzi ezikhethekileyo zomzimba kunye neekhemikhali.I-C = C i-covalent bonds eyenza i-carbon nanotubes zezona zibophelelo zeekhemikhali ezizinzile kwindalo, ngoko ke i-carbon nanotubes ineempawu ezintle kakhulu zoomatshini.Ubalo lwethiyori lubonisa ukuba i-carbon nanotubes inamandla aphezulu kakhulu kunye nokuqina okukhulu.Ixabiso lethiyori liqikelela ukuba imodyuli yeYoung inokufikelela kwi-5TPa.

I-conductivity egqwesileyo ye-carbon nanotubes iyenza ilungele ukugquma kwe-anti-static, iipholima eziqhubayo, iirubha, kunye neebhetshi zeplastiki eziqhubayo.Amandla anamandla e-carbon nanotubes kwicala le-axial ngamaxesha angama-100 ensimbi, ngelixa ubunzima buyi-1 / ubunzima bentsimbi.6. Ingasetyenziselwa kwi-matrix ye-polymer ukwenza izinto eziqinisiweyo ezidibeneyo kunye nokunye.

Isakhiwo esiyingqayizivele se-nano esingenalutho se-carbon nanotubes, esinomlinganiselo ofanelekileyo wokusabalalisa ubungakanani bepore, isakhiwo esiyingqayizivele kunye nesigxina kunye ne-morphology, ngokukodwa iipropati ezingaphezulu, zinokuguqulwa ngeendlela ezahlukeneyo ngokweemfuno zabantu, okwenza ukuba zifaneleke njenge-catalyst carrier entsha.