30-50nm Anatase Titanium Dioxide Nanoparticles

Incazelo emfushane:

I-Anatase titanium dioxide nanopowder inezinzuzo zokuhlanzeka okuphezulu, izinhlayiya ezincane nezifanayo, ukusebenza kahle kwe-optical, amandla aqinile aphikisayo, amandla aphezulu okunciphisa umbala, amandla aqinile okufihla, ukumuncwa kwamafutha aphansi, ukuhlakazeka kwamanzi amaningi, njll. Futhi inezici ze-Photocatalytic.


  • Imininingwane Yomkhiqizo

    30-50nm Anatase Titanium Dioxide Nanoparticles

    Ukucaciswa:

    Ikhodi T685
    Igama I-Anatase Titanium Dioxide Nanoparticles
    Ifomula I-TiO2
    Inombolo ye-CAS.

    1317802

    Usayizi Wezinhlayiyana 30-50nm
    Ukubukeka impushana emhlophe
    Ubumsulwa 99%
    Omunye usayizi I-10nm anatase TiO2 nayo iyatholakala lapho kunikezwa khona
    Amagama Abalulekile Anatase TiO2, Titanium Oxide nanoparticles, nano TiO2
    Iphakheji 1kg isikhwama ngasinye, 25kg emgqonyeni ngamunye noma njengoba kudingeka
    Izinhlelo zokusebenza I-Photocatalysis, amaseli elanga, ukuhlanzwa kwemvelo, abathwali be-catalyst, izinzwa zegesi, amabhethri e-lithium, njll.
    Ukuhlakazeka Kungenziwa ngokwezifiso
    Ibhrendi I-HongWu

    Incazelo:

    I-Anatase nano titanium dioxide / TiO2 nanoparticles iyimpushana emhlophe enosayizi wezinhlayiyana ezincane kanye nezakhiwo ezinhle ze-photocatalytic.Izinga layo le-photocatalytic liphakeme kakhulu kunele-titanium dioxide evamile, futhi lisetshenziswa kabanzi emikhakheni ehlukahlukene yezimboni.

    I-Nano-titanium dioxide inokuqina okuhle kwamakhemikhali nokushisa, iphephile futhi ayinabo ubuthi, futhi izici zayo eziyinhloko kanye nezicelo zimi kanje:

    1. I-Nano titanium dioxide ayinabo ubuthi futhi ayinabungozi, futhi inokuhambisana okuhle kakhulu nezinye izinto zokusetshenziswa.
    2. Ifanele ukumbozwa kwe-photocatalyst, okokumboza umhlaba we-diatomaceous, okokuzihlanza, izibala ze-ceramic ezizihlanzayo, njll. I-Photocatalyst-grade nano-titanium dioxide: I-nano-size powder eyenziwe nge-nano-TiO2 ehlanganiswe ngezinsimbi ezithile noma ama-oxide ensimbi angaba esetshenziselwa ukukhiqiza ama-photocatalytic catalysts (uhlobo lwe-anatase).Lapho impushana ikhanyiswa ngokukhanya okungaphansi kuka-400nm, ama-electron ebhendi ye-valence athunyelwa ebhendini yokuqhuba, akhe ama-electron nezimbobo futhi axhumane ne-O2 ne-H2O ekhangiswe phezulu ukuze kukhiqizwe ama-superoxide anion radicals, anokonakala kwe-Catalytic okukhanyayo okuyingozi. amagesi, ukungcola okuphilayo kanye nemisebenzi ye-antibacterial photocatalytic, ingasetshenziswa kabanzi ekuhlanzeni umoya kanye nokuhlanza indle kanye neminye imikhakha.

    3. Inomphumela omuhle we-photocatalytic, ingabola amagesi ayingozi kanye nezinye izinhlanganisela ze-inorganic emoyeni, futhi ivimbele ukukhula kwamagciwane kanye nomsebenzi wamagciwane, ukuze kuzuzwe ukuhlanzwa komoya, inzalo, ukuqeda iphunga nokuvimbela isikhutha.I-Nano-titanium dioxide ine-antibacterial, imiphumela yokuzihlanza, futhi ingathuthukisa kakhulu ukunamathela komkhiqizo.

    4. I-Anatase nano titanium dioxide inosayizi wezinhlayiyana ezifanayo kanye nendawo enkulu ethize.I-Nano titanium dioxide inomsebenzi ophezulu ophezulu, ikhono eliqinile le-antibacterial, futhi umkhiqizo kulula ukuwuhlakaza.Ukuhlola kubonise ukuthi i-nano-titanium dioxide inamandla aqinile okubulala amagciwane ngokumelene ne-Pseudomonas aeruginosa, i-Escherichia coli, i-Staphylococcus aureus, i-Salmonella ne-Aspergillus.Isetshenziswe kabanzi emikhiqizweni elwa namagciwane emkhakheni wezindwangu, izitsha zobumba, irabha, njll., futhi iye yasetshenziswa kabanzi futhi yamukelwa ngabasebenzisi.

    Isimo Sesitoreji:

    I-Titanium Dioxide nanoparticles kufanele igcinwe endaweni evaliwe, gwema ukukhanya, indawo eyomile.Isitoreji sezinga lokushisa legumbi silungile.

    I-SEM:


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