Ukuthuthukiswa kwe-nanotechnology kanye nama-nanomaterials kunikeza izindlela ezintsha nemibono yokuxhashazwa kwemikhiqizo ye-antistatic.I-conductivity, i-electromagnetic, i-super absorptive kanye ne-broadband izakhiwo zezinto ze-nano, zidale izimo ezintsha zocwaningo nokuthuthukiswa kwezindwangu ezibambayo.Izingubo ze-chemical fiber kanye nokhaphethi be-fiber amakhemikhali, njll., ngenxa kagesi omile, bakhiqiza imiphumela yokukhipha ngesikhathi sokungqubuzana, futhi kulula ukumunca uthuli, okubangela ukuphazamiseka okuningi kubasebenzisi;ezinye izinkundla zokusebenza, ukushisela amakhabethe nezinye izindawo zokusebenza ezingaphambili zivame ukuba nezinhlansi ngenxa kagesi omile, ongabangela ukuqhuma.Ngokombono wokuphepha, ukwenza ngcono izinga lemikhiqizo yefiber yamakhemikhali nokuxazulula inkinga kagesi ongashintshi kuyimisebenzi ebalulekile.

Ingeza i-nano TiO2,nano ZnO, nano ATO, nano AZO kanyeI-nano Fe2O3ama-nano powders anjalo anezakhiwo ze-semiconductor ku-resin azokhiqiza ukusebenza okuhle kokuvikela i-electrostatic, okunciphisa kakhulu umphumela we-electrostatic futhi kuthuthukise kakhulu isici sokuphepha.

I-antistatic masterbatch elungiselelwe ngokuhlakaza ama-carbon nanotubes(MWCNTs) anezindonga eziningi kumshini wokuthwala owenziwe mathupha we-PR-86 ingakhiqiza imicu ye-PP ephikisayo enhle kakhulu.Ukuba khona kwama-MWCNTs kuthuthukisa izinga le-polarization lesigaba se-microfiber kanye nomthelela we-antistatic we-antistatic masterbatch.Ukusetshenziswa kwe-carbon nanotubes kungabuye kuthuthukise ikhono le-antistatic lemicu ye-polypropylene kanye nemicu ye-antistatic eyenziwe nge-polypropylene blends. 

Sebenzisa i-nanotechnology ukuze uthuthukise izinto ezinamathelayo ezisetshenziswayo kanye nama-conductive coatings, ukwenza ukwelapha okungaphezulu ezindwangu, noma ukwengeza izimpushana zensimbi ze-nano phakathi nenqubo yokuphotha ukuze wenze imicu isebenze.Isibonelo, kumenzeli we-antistatic we-polyester-nano antimony doped tin dioxide (ATO) yokuqedela i-ejenti, i-dispersant ezinzile enengqondo ikhethwa ukwenza izinhlayiya zibe esimweni sokuhlakazeka, futhi i-ejenti yokuqeda i-antistatic isetshenziselwa ukwelapha izindwangu ze-polyester nendawo yendwangu. ukumelana.Ubukhulu bokungaphathwanga> 1012Ω buncishiswa baba ku-<1010Ω, futhi umphumela we-antistatic awushintshile ngemva kokugeza izikhathi ezingu-50.

Imicu ye-conductive esebenza kangcono ihlanganisa: i-fiber yamakhemikhali e-condutive emnyama ene-carbon black njengento eqhubayo kanye ne-white conductive fiber fiber enezinto zempushana ezimhlophe ezifana ne-nano SnO2, i-nano ZnO, i-nano AZO ne-nano TiO2 njengezisetshenziswa zokuqhuba.Imicu yokushayela enethoni emhlophe isetshenziswa kakhulu ukwenza izingubo zokuzivikela, izingubo zokusebenza nezinto zokuhlobisa zokuhlobisa, futhi ithoni yazo yombala ingcono kunemicu emnyama yokuqhuba, futhi ububanzi bokufaka isicelo bubanzi. 

Uma uthanda ulwazi olwengeziwe mayelana ne-nano ATO, ZnO, TiO2, SnO2, AZO kanye ne-carbon nanotubes kuhlelo lokusebenza lwe-anti-static, sicela ungangabazi ukusithinta.