Bayanin SamfuraATO nanopowder SnO2: Sb2O3=9:1 ko wasu buƙatu Rasumin girman barbashi:10 nm;20-40nm, 100nmTsafta: 99.9%ATO nanoparticles foda za a iya spplied for antistatic:Antistatic ruwa;antistatic fiber;antistatic filastik MOQ: 1kgCikakken Hotuna

ATO foda

Zaɓi zaɓi

Don sarari bukatun a barbashi size, surface jiyya, SSA, BD, TD dispsersion, da dai sauransu, siffanta sabis suna samuwa.

Kunshin

An tsara fakiti da jigilar kaya tare da ƙwararrun ma'aikatan sito da masu turawa.

Kunshin daban-daban

biyu anti-static jakunkuna, 1kg/bag, 25kg.drum

Ko shirya kamar yadda abokin ciniki ke buƙata

Shirye-shiryen jigilar kaya

Hanyoyi na jigilar kayayyaki daban-daban ta ƙwararrun masana kimiyyar ƙwararrun ma'aikata.

Me yasa zabar ATO nanopowder don aikace-aikacen antistatic?

Hanyar antistatic da aka saba amfani da ita don kayan polymer ita ce ƙara masu cikawa zuwa kayan.Duk da haka, abubuwan da ake amfani da su na yau da kullum sun fallasa matsaloli masu yawa yayin amfani: masu gyaran ƙarfe masu daraja (irin su foda na zinariya, foda na azurfa, nickel foda, da dai sauransu) suna da kyawawan halayen lantarki, amma Yana da tsada kuma bai dace da amfani mai girma ba;jan karfe foda yana da arha, amma mai sauƙin oxidized;Filler na tushen carbon yana da kyawawa mai kyau da juriya kuma amfanin sa yana da iyaka.Don haka, ƙasashen waje a cikin 1990s sun ɓullo da ƙarancin farashi, mai haske mai launin ƙarfe na ƙarfe oxide, kuma an haɓaka cikin sauri.Nano-doped tin dioxide, wanda aka gajarta a matsayin ato, abu ne na nau'in N-nau'i na semiconductor.Idan aka kwatanta da kayan antistatic na gargajiya, nano-ATO conductive foda yana da fa'ida a bayyane, galibi a cikin kyakyawan aiki mai kyau da bayyananniyar haske.Kyakkyawan juriya da kwanciyar hankali, gami da ƙarancin iskar infrared, sabon nau'in kayan gudanarwa ne mai yawa tare da babban yuwuwar haɓakawa.