I-Titanium Dioxide iyi-inorganic pigment ebalulekile ye-inorganic, isakhi esiyinhloko yi-titanium dioxide. Inqubo yokukhiqiza ye-Titanium Dioxide inemizila emibili yenqubo: Indlela ye-Sulfuric Acid ne-Chloride indlela. Inezinhlelo zokusebenza ezibalulekile ezimbobeni, ama-inks, ama-papermaking, amapulasitiki kanye nerabha, amakhemikhali, ama-ceramics kanye nezinye izimboni.
Inezinhlobo ezimbili: Uhlobo lwe-rungeni (uhlobo lwe-ruter r) nohlobo lwe-anatase (i-anatase uhlobo). Isakhiwo se-rutile crystal sihlangene, sizinzile, futhi sinomsebenzi ophansi we-optical, ngakho-ke sinokumelana kahle kwesimo sezulu, futhi sinamaca acashile, futhi sihlehlise amandla kanye nokuhlobisa amandla.
I-Titanium dioxide isetshenziswa kabanzi ekuhlolweni, amapulasitiki, irabha, uyinki, iphepha, amakhemikhali, ama-ceramics, amakhemikhali nsuku zonke, umuthi kanye nezinye izimboni.
Umkhakha we-Coating ngumsebenzisi omkhulu kakhulu we-titanium dioxide, ikakhulukazi i-rutile titanium dioxide, iningi lazo elidliwayo imboni ye-coating. Upende olwenziwe ngeTitanium Dioxide lunemibala ekhanyayo, amandla aphezulu acashile, amandla aqinile wokuthambisa, umthamo ophansi, nezinhlobonhlobo eziningi. Kungavikela ukuqina okuphakathi, futhi kungathuthukisa amandla okusebenza kanye nokunamathela kwefilimu yokupenda ukuvikela imifantu. Vikela ukungena kwe-Ultraviolet Rays kanye nomswakama, futhi unwebe impilo yefilimu yokupenda.
Umkhakha wePlastics ungumsebenzisi wesibili ngobukhulu. Ukungeza i-titonium dioxide kumapulasitiki kungathuthukisa ukumelana nokushisa, ukumelana nokukhanya, kanye nokumelana nesimo sezulu kwemikhiqizo yepulasitiki, ukuthuthukisa izakhiwo zomzimba nezomakhemikhali zemikhiqizo yepulasitiki, nokunweba impilo yensiza.
Umkhakha wamaphepha ngumsebenzisi wesithathu ngobukhulu we-titanium dioxide. Njengomfuculi wephepha, isetshenziswa ikakhulukazi ephepheni lebanga eliphakeme nephepha elincanyana. Ukungeza i-titonium dioxide ephepheni kungenza iphepha libe mhlophe kangcono, i-gloss enhle, amandla aphezulu, amancanyana futhi abushelelezi ngesikhathi sokuphrinta, nesisindo esikhanyayo. I-Titanium dioxide yokuphambana ngokuvamile isebenzisa i-anatase titanium dioxide ngaphandle kokwelashwa komhlaba, ongasebenza njenge-ejenti emhlophe ye-fluorescent futhi akhuphule ubumsulwa bephepha. Kodwa-ke, iphepha elakhiwe nge-lamied lidinga ukusetshenziswa kwe-diitium ephethwe yi-rutile ephethwe ingaphezulu kwe-dioxide ukuze ahlangabezane nezidingo zokumelana nokukhanya.
I-Titanium dioxide nayo iyi-pigment emhlophe ebaluleke kakhulu kuma-inks athuthukile. I-Ink equkethe i-titoxide ye-titanium ihlala isikhathi eside futhi ayishintshi umbala, ine-flettability enhle engaphezulu futhi kulula ukusakazeka. I-Titanium Dioxide esetshenziswe embonini ye-INK inohlobo lwe-rutile nohlobo lwe-anatase.
Umkhakha wendwangu we-Textile kanye ne-Chemical fiber ngomunye umkhakha wohlelo lokusebenza olubalulekile lwe-titanium dioxide. I-Titanium dioxide yefayibha yamakhemikhali isetshenziswa ikakhulukazi njenge-ejenti yokuthola imali. Njengoba uhlobo lwe-anatase luthambile kunohlobo olubomvu lwegolide, uhlobo lwe-anatase luvame ukusetshenziswa. I-Titanium dioxide ye-fiber yamakhemikhali ngokuvamile ayidingi ukwelashwa komhlaba, kepha ukuze kuncishiswe umphumela we-photochemical we-titanium dioxide futhi uvikele i-fiber kusuka ekuhlazenisweni kwe-titanium dioxide photocatlysis, ukwelashwa okungaphezulu kuyadingeka kwezinye izinhlobo ezikhethekile.
Umkhakha we-Enamel uyinkambu yesicelo ebalulekile ye-Titanium Dioxide. I-Enamel grade titanium dioxide inobumsulwa obuphezulu, obumhlophe, umbala omusha, usayizi ofanayo, usayizi onamandla wokunciphisa amandla kanye no-opaity obukhulu, futhi wenze ukumelana okuphezulu, okubushelelezi futhi okuqinile kwe-acid ngemuva kokuqonda. Ingahlanganiswa ngokulinganayo nezinye izinto ezisetshenziselwa inqubo yokukhiqiza ye-koqweqwe lwawo, ayikhungatheki, futhi kulula ukuyincibilika.
Umkhakha we-ceramic futhi uyinkambu yesicelo ebalulekile ye-titanium dioxide. I-Curamic grade titanium dioxide inobumsulwa obuphezulu, usayizi ofanayo, usayizi ophakeme we-refward, ukumelana okuhle kakhulu okushisa okuphezulu, futhi akuguquki umlotha ngo-1200 ° C. I-Opacity ephezulu, ukuhlanganiswa okuncanyana, isisindo esikhanyayo, esisetshenziswa kabanzi kuma-ceramics, ukwakhiwa, ukuhlobisa kanye nezinye izinto.
