Haɓakawa na nanotechnology da nanomaterials suna ba da sabbin hanyoyi da ra'ayoyi don amfani da samfuran antistatic.Ƙarfafawa, electromagnetic, super absorptive da broadband Properties na nano kayan, sun haifar da sabon yanayi don bincike da ci gaban conductive sha yadudduka.Tufafin fiber na sinadarai da kafet ɗin fiber na sinadarai, da sauransu, saboda ƙarancin wutar lantarki, suna haifar da tasirin fitarwa yayin rikici, kuma suna da sauƙin ɗaukar ƙura, wanda ke haifar da rashin jin daɗi da yawa ga masu amfani;wasu dandali na aiki, walda na gida da sauran wuraren aiki na gaba-gaba suna fuskantar tartsatsin wuta saboda tsayayyen wutar lantarki, wanda zai iya haifar da fashewar abubuwa.Daga mahangar aminci, haɓaka ingancin samfuran fiber na sinadarai da warware matsalar wutar lantarki a tsaye ayyuka ne masu mahimmanci.

Ƙara nano TiO2,na ZnO, na ATO, nano AZO danano Fe2O3irin nano foda tare da semiconductor Properties a cikin guduro zai samar da kyau electrostatic garkuwa yi, wanda ƙwarai rage electrostatic sakamako da kuma ƙwarai inganta aminci factor.

The antistatic masterbatch shirya ta watsawa da Multi-bango carbon nanotubes (MWCNTs) a cikin kai-sanya antistatic m PR-86 iya samar da m antistatic PP zaruruwa.Kasancewar MWCNTs yana haɓaka matakin polarization na lokaci na microfiber da tasirin antistatic na antistatic masterbatch.Yin amfani da carbon nanotubes kuma zai iya inganta ƙarfin antistatic na zaruruwan polypropylene da zaruruwan antistatic waɗanda aka yi da haɗin polypropylene. 

Yi amfani da fasaha na nanotechnology don haɓaka mannen ɗabi'a da suturar ɗawainiya, don yin jiyya a saman kan yadudduka, ko don ƙara foda na ƙarfe na nano yayin aikin kadi don sa zaruruwa su yi aiki.Alal misali, a cikin antistatic wakili na polyester-nano antimony doped tin dioxide (ATO) karewa wakili, m barga dispersant aka zaba don yin barbashi a cikin wani monodispersed jihar, da kuma antistatic karewa wakili da ake amfani da su bi polyester yadudduka da masana'anta surface. juriya.Girman wanda ba a kula da shi ba> 1012Ω yana raguwa zuwa girman <1010Ω, kuma tasirin antistatic ba ya canzawa bayan wanke sau 50.

Zaɓuɓɓuka masu ɗorewa tare da mafi kyawun aiki sun haɗa da: fiber fiber conductive chemical fiber tare da baƙar fata carbon a matsayin abu mai ɗaukar nauyi da kuma filayen sinadarai masu ɗorewa tare da fararen kayan foda kamar nano SnO2, nano ZnO, nano AZO da nano TiO2 azaman kayan aikin.Ana amfani da filaye masu launin fari-fari don yin suturar kariya, kayan aiki da kayan ɗamara na ado, kuma launin su ya fi baƙar fata zaruruwa, kuma kewayon aikace-aikacen ya fi fadi. 

Idan kuna sha'awar ƙarin bayani game da nano ATO, ZnO, TiO2, SnO2, AZO da carbon nanotubes a cikin aikace-aikacen anti-static, da fatan za ku yi shakka a tuntuɓe mu.