Incazelo YomkhiqizoI-ATO nanopowder SnO2: Sb2O3=9:1 noma enye imfuneko Usayizi wezinhlayiyana otholakalayo:10nm;20-40nm, 100nmUbumsulwa: 99.9%I-ATO nanoparticles powder ingasatshalaliswa ku-antistatic:uketshezi lwe-Antistatic;i-antistatic fiber;ipulasitiki ye-antistatic MOQ: 1kgIzithombe ezinemininingwane

I-ATO powder

Hlela ukukhetha

Ngezidingo zesikhala ngosayizi wezinhlayiyana, ukwelashwa kwendawo, i-SSA, i-BD, i-TD dispersion, njll, isevisi yokwenza ngokwezifiso iyatholakala.

Iphakheji

Iphakheji nokuthunyelwa kuhlelwe kahle nabasebenzi abangochwepheshe be-warehouse nabadluliseli.

Iphakheji ehlukahlukene

kabili izikhwama anti-static, 1kg/ isikhwama, 25kg.drum

Noma pakisha njengoba ikhasimende lidinga

Ukuhlelwa kokuthumela

Izindlela zokuthumela ezihlukene ngabafowadi abahle bamakhemikhali.

Kungani ukhetha i-ATO nanopowder yezinhlelo zokusebenza ze-antistatic?

Indlela evame ukusetshenziswa ye-antistatic yezinto ze-polymer iwukwengeza ama-conductive fillers ezintweni.Kodwa-ke, ama-filler conductive akhona aveze izinkinga eziningi ngesikhathi sokusetshenziswa: izithako zensimbi eziyigugu (njenge-powder yegolide, i-powder yesiliva, i-nickel powder, njll.) zine-conductivity enhle kagesi, kodwa Kuyabiza futhi akufanelekile ukusetshenziswa okukhulu;Impushana yethusi ishibhile, kodwa kulula ukuyikhipha nge-oxidized;i-carbon-based filler ine-conductivity enhle nokubekezelelana futhi ukusetshenziswa kwayo kunomkhawulo.Kuze kube manje, amazwe angaphandle ngeminyaka yawo-1990 asungula isicwecwe sensimbi esine-oxide conductive esingabizi kakhulu, esinombala okhanyayo, futhi sithuthukiswe ngokushesha.I-Nano-doped tin dioxide, efushanisiwe njenge-ato, iwuhlobo lwe-N-semiconductor material.Uma kuqhathaniswa nezinto zendabuko ze-antistatic, i-nano-ATO conductive powder inezinzuzo ezisobala, ikakhulukazi ekuqhubeni okuhle nasekukhanyeni ukukhanya.Ukumelana nesimo sezulu esihle nokuzinza, kanye nokukhipha umoya omncane we-infrared, kuwuhlobo olusha lwempahla esebenza ngezinto eziningi enekhono elikhulu lokuthuthuka.