Unyango lwe-Surface 30-50nm nano tio2, i-Rutile Titanium Dioxide

Ingcaciso yeMveliso

Inkcazo:

ubukhulu: 30-50nm for rutile TIO2.Ubunyulu: 99.9%Uhlobo: RutileI-rutile titanium dioxide iinkqubo zonyango lomphezulu kunye neepropati zomphezulu we-coating ukuya kwisiphumo se-titanium dioxide, ngaloo ndlela ichaphazela ukusebenza kwayo ekusetyenzisweni kwenkqubo, njengokusasazeka, ukuxhathisa imozulu, ukufunxa ioli, iglosi.Inkqubo yonyango yomphezulu we-Titania yahlulwe yaba yinkqubo ye-inorganic kunye ne-organic.Ii-oksidi ze-inorganic kunye ne-organic matter echaphazelekayo yizinto ezininzi, umphumo we-titanium dioxide-coated surface, ubonakaliswe ngokukodwa: ngokwemiqathango yohlobo lwe-arhente yonyango lomphezulu, i-dosage, usebenzisa umlinganiselo wonyango lobushushu, i-PH kunye neendlela zokutya.Kumashishini, umphezulu we-rutile titanium dioxide-coated i-inorganic oxide iimveliso ze-alumina ezintathu, i-silica kunye ne-zirconia, kunye nemvula yazo ngendlela, isixa kunye nendlela kufuneka ilawulwe ngononophelo, kungenjalo iya kuchaphazela ukusebenza kwe-titanium dioxide.I-rutile titanium dioxide kwisalathiso se-refractive yeyona pigment emhlophe eqhelekileyo, indalo ye-rutile titanium dioxide inamandla amakhulu okufihla kunye namandla okuthambisa.Unyango lwe-inorganic surface ye-rutile titanium dioxide yayimanzi unyango lomphezulu, amasuntswana e-pigment asasazwe kwimeko eludaka luya kuchaphazela izilungisi zomphezulu wokugquma.Ukuba amasuntswana e-titanium dioxide ayisasazwanga kakuhle, ayinakukwazi ukufikelela kuphela i-continuous, i-uniform yokwambathisa, kodwa ikwachaphazela amasuntswana e-pigment asasaze ukukhanya, ukunciphisa iipropati ezibonakalayo kunye ne-pigment kunye ne-pigment, kunokwenzeka ukuba ilandele inkqubo yokugaya i-jet yenza iingubo ezifunyenweyo. umonakalo kunye nokuchaphazela i-pigment weatherability.

Malunga nathi (3)

Nokuba ufuna i-inorganic chemical nanomaterials, nanopowders, okanye wenze ngokwezifiso iikhemikhali ezintle kakhulu, ilebhu yakho inokuxhomekeka kwiHongwu Nanometer kuzo zonke iimfuno zenanomaterials.Siyazingca ekuphuhliseni i-nanopowders ehamba phambili kakhulu kunye ne-nanoparticles kwaye sizinike ngexabiso elifanelekileyo.Kwaye ikhathalogu yethu yemveliso ye-intanethi kulula ukuyikhangela, yenza kube lula ukubonisana nokuthenga.Kwaye, ukuba unayo nayiphi na imibuzo malunga nazo zonke iinanomaterials zethu, qhagamshelana.

Ungathenga iinanoparticles ze-oxide ezikumgangatho ophezulu ukusuka apha:

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

I-oxide yethu ye-nanoparticles zonke zifumaneka ngobuninzi obuncinci kubaphandi kunye nomyalelo wobuninzi kumaqela oshishino.Ukuba unemibuzo, nceda ukhululeke ukudibana nathi!

Kutheni ukhethe thina

Intshayelelo yeNkampani

I-Guangzhou Hongwu Material Technology Co., i-ltd yinkampani ephethwe ngokupheleleyo ye-Hongwu International, kunye ne-brand HW NANO yaqala ukususela ngo-2002.Eli shishini le-high-tech ligxile kuphando kunye nophuhliso lwe-nanotechnology, ukuguqulwa kwepowder surface kunye nokusabalalisa kunye nokubonelela nge-nanoparticles, i-nanopowders kunye ne-nanowires.

Siphendula kubuchwepheshe obuphambili beHongwu New Materials Institute Co., Limited kunye neeyunivesithi ezininzi, amaziko ophando lwezenzululwazi ekhaya nakwamanye amazwe, Ngokwesiseko seemveliso kunye neenkonzo ezikhoyo, uphando lobugcisa bemveliso kunye nophuhliso lweemveliso ezintsha.Sakhe iqela leenjineli ezininzi zoluleko ezinemvelaphi kwikhemistri, i-physics kunye nobunjineli, kwaye sizibophelele ekuboneleleni nge-nanoparticles esemgangathweni kunye neempendulo kwimibuzo yomthengi, iinkxalabo kunye nezimvo.Sihlala sijonge iindlela zokuphucula ishishini lethu kunye nokuphucula imigca yemveliso yethu ukuhlangabezana neemfuno eziguqukayo zabathengi.

Ingqwalasela yethu ephambili kwi-nanometer scale powder kunye neengqungquthela.Sigcina uluhlu olubanzi lweesayizi zamasuntswana kwi-10nm ukuya kwi-10um, kwaye sinokwenza iisayizi ezongezelelweyo ngokufunwa.Iimveliso zethu zahlulwe amathandathu angamakhulu eentlobo ngeentlobo: i-elemental, i-alloy, i-compound kunye ne-oxide, i-carbon series, kunye ne-nanowires.