Ukuzihlanza Okusetshenzisiwe I-Nano Titania Powder TiO2 Nanoparticle ku-Glass, Tiles

Ukucaciswa kokukhiqiza kwe-TiO2 nanopowder:

Usayizi we-particle: 10nm, 30-50nm

Ubumsulwa: 99.9%

Ifomu le-Crystal: i-anatase, i-rutile

Ukusebenza kwe-TiO2 Nanopowder ekuzihlanzeni:Ifilimu ye-Nano TiO2 ekukhanyeni ene-super-hydrophilic ne-ultra-permanent, ngakho inomsebenzi wokulwa nenkungu.Uma ungqimba lwefilimu ye-nano titanium oxide lumbozwe esibukweni semoto esibuka ngemuva, ngisho noma umswakama noma umhwamuko wamanzi emoyeni ufinyela, i-condensate ayenzi ithonsi elilodwa lamanzi, kodwa ifilimu yamanzi isakazwa ngokulinganayo phezu komhlaba. ebusweni akwenzeki ukuhlakazeka okuncane kwenkungu.Uma kunemvula, imvula enamathiselwe phezulu izosabalala ngokushesha ibe ifilimu yamanzi efanayo, ngakho lokho ngeke kwakha umugqa ohlukile wokubona amaconsi amanzi, okwenza isibuko esingemuva ukuze silondoloze ukukhanya kwangempela, sithuthukise ukuphepha kwethrafikhi.I-Nano-TiO2 ine-"super-hydrophilic" eqinile ebusweni bayo, okungekho lula ukwenza amaconsi amanzi, futhi i-nano-TiO2 ekukhanyeni okubonakalayo ingaba phezu kwendima yama-hydrocarbons.Ukusetshenziswa komphumela onjalo kungagcotshwa phezu kwengilazi, ungqimba lwe-ceramic kanye ne-ceramic ye-nano-TiO2 ungqimba oluncane, ukusetshenziswa kwe-titanium oxide photocatalytic reaction kungakhangiswa phezu kokungcola kwe-titanium oxide organic ku-CO2 ne-O2, izinto ezisele ezingaphili zingagezwa ndawonye yimvula, ukuze kuzuzwe umsebenzi wokuzihlanza.I-Nano-TiO2 photocatalysis yenza ingilazi yokwakha ephezulu, ikhishi libe lula ukunamathela amathayela, izibuko zemoto kanye nokuhlanza iwindi langaphambili kungenziwa kalula.

Noma ngabe udinga amakhemikhali e-inorganic nanomaterials, ama-nanopowder, noma wenze ngendlela oyifisayo amakhemikhali amahle kakhulu, ilebhu yakho ingathembela ku-Hongwu Nanometer kuzo zonke izidingo zama-nanomaterials.Siyaziqhenya ngokuthuthukisa ama-nanopowder nama-nanoparticles phambili futhi siwanikeze ngentengo efanelekile.Futhi ikhathalogi yethu yomkhiqizo eku-inthanethi kulula ukuyicinga, okwenza kube lula ukubonisana nokuthenga.Futhi, uma unemibuzo mayelana nawo wonke ama-nanomaterials ethu, thintana.

Ungathenga ama-nanoparticles ekhwalithi ephezulu e-oxide kusuka lapha:

Al2O3,TiO2,ZnO,ZrO2,MgO,CuO,Cu2O,Fe2O3,Fe3O4,SiO2,WOX,SnO2,In2O3,ITO,ATO,AZO,Sb2O3,Bi2O3,Ta2O5.

Ama-nanoparticles ethu e-oxide wonke atholakala ngenani elincane kubacwaningi nokuhleleka kwenqwaba kumaqembu emboni.Uma unemibuzo, sicela ukhululeke ukuxhumana nathi

Iphakheji yethu inamandla kakhulu futhi ihlukahlukene ngokwemikhiqizo ehlukene, ungadinga iphakheji efanayo ngaphambi kokuthunyelwa.

Imikhiqizo yethu yonke itholakala ngenani elincane kubacwaningi nokuhleleka kwenqwaba kumaqembu emboni.uma unentshisekelo ku-nanotechnology futhi ufuna ukusebenzisa ama-nanomaterials ukuthuthukisa imikhiqizo emisha, sitshele futhi sizokusiza.

Sihlinzeka amakhasimende ethu:

Ama-nanoparticles ekhwalithi ephezulu, ama-nanopowder nama-nanowiresIntengo yevolumuIsevisi enokwethenjelwaUsizo lobuchwepheshe

Isevisi yokwenza ngokwezifiso ama-nanoparticles

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