Rutile titanium dioxide (TiO2) waa midab si weyn looga isticmaalo warshadaha dahaarka waxaana lagu yaqaanaa adkeysigeeda wanaagsan iyo caabbinta UV. Waxaa caadi ahaan loo adeegsadaa dahaarka taraafikada iyo dahaarka calaamadaynta waddooyinka si loo hagaajiyo waxqabadkooda iyo noloshooda adeeg. Sida qayb muhiim ah oo ka mid ah dahaarkan, tayada rutile titanium dioxide waxay si toos ah u saameyneysaa saameynta guud ee calaamadaynta waddooyinka. Sidaa darteed, waxaa muhiim u ah alaab-qeybiyeyaasha si ay u bixiyaan titanium dioxide rutile tayo sare leh si loo hubiyo adkeysiga iyo muuqaalka calaamadaha waddooyinka.
Alaab-qeybiyeyaashu waxay door muhiim ah ka ciyaaraan warshadaha calaamadaynta waddooyinka iyagoo siinaya rutile titanium dioxide kaas oo buuxiya shuruudaha gaarka ah ee rinjiyada taraafigga iyo dahaarka calaamadaynta waddooyinka. Tayada titanium dioxide rutile ee la keenay waxay si weyn u saamaysaa waxqabadka dahaarka, gaar ahaan marka la eego caabbinta cimilada iyo haynta midabka. Rutile titanium dioxide oo tayo sare leh ayaa hubisa in calamadaha waddooyinku ay sii muuqdaan oo la akhriyi karo muddo dheer, iyada oo caawinaysa badbaadada waddooyinka iyo maaraynta taraafikada.
Markaad dooranayso aiibiyaha titanium dioxide rutile, waa in la tixgeliyo khibradooda ku aaddan soo saarista dahaarka codsiyada calaamadaynta waddooyinka. Alaab-qeybiyeyaasha si qoto dheer u fahamsan dahaarka taraafikada iyo shuruudaha calaamadaynta waddooyinka waxay ku siin karaan fikrado qiimo leh oo lagu dooranayo darajada rutile TiO2 ee ku habboon baahiyaha gaarka ah ee codsiyadan. Intaa waxaa dheer, alaab-qeybiyeyaasha leh rikoodh la xaqiijiyay oo ku saabsan bixinta rutile titanium dioxide ee daahaarka calaamadaynta waddooyinka waxay muujinayaan sida ay uga go'an tahay inay keenaan alaab la isku halayn karo oo tayo sare leh.
Saamaynta dahaarka rutile titanium dioxide ee dahaarka calaamadaynta waddooyinka waa caddahay maadaama ay bixiyaan adkeysiga la xoojiyay iyo iska caabinta cimilada. Calaamadaha waddooyinka ayaa inta badan la kulma xaaladaha adag ee deegaanka, oo ay ku jiraan shucaaca UV, qoyaanka iyo isbeddelka heerkulka. Dioxide titanium-ka rutile ee dahaarka ku jira wuxuu u dhaqmaa sidii xannibaad ilaalin ah, isagoo ka ilaalinaya substrate-ka hoose iyo midabada hoos u dhaca ee ay sababaan arrimahan dibadda ah. Natiijo ahaan, calamadaha waddooyinku waxay ilaalinayaan muuqaalkooda iyo xoojinta midabka, iyagoo hubinaya in macluumaadka taraafikada ee muhiimka ah ay ahaato mid cad oo si fudud darawaladu u aqoonsan karaan.
Alaab-qeybiyeyaasha rutile titanium dioxide ee dahaarka calaamadaynta waddooyinka waa inay mudnaanta siiyaan joogtaynta iyo isku-duubnaanta alaabtooda. Qaybinta xajmiga walxaha iyo daaweynta dusha sare ee titanium dioxide rutile waxay si weyn u saameeyaan kala firidhsanaanta iyo waafaqsanaanta qaybaha kale ee daahan. Alaab-qeybiyeyaashu waxay ku siin karaan rutile titanium dioxide oo leh qaybin cabbir cidhiidhi ah iyo daawaynta dusha la habeeyey, taas oo u oggolaanaysa dahaarka taraafikada iyo dahaarka calaamadaynta waddooyinka in lagu qaabeeyo sifooyin qulqulaya oo aad u wanaagsan iyo dabool labis ah. Tani, iyaduna, waxay gacan ka geysaneysaa hagaajinta tayada guud iyo waxqabadka rinjiga calaamadaynta waddadaada.
Gabagabadii, saamaynta rutiledaahan titanium dioxideDahaarka calaamadaynta waddooyinka ayaa ah mid muhiim ah, alaab-qeybiyeyaashuna waxay door muhiim ah ka ciyaaraan hubinta waxtarka iyo cimriga dahaarkan. Iyadoo la siinayo titanium dioxide rutile tayo sare leh oo si gaar ah loogu talagalay dahaarka taraafikada iyo dahaarka calaamadaynta waddooyinka, alaab-qeybiyeyaashu waxay gacan ka geysan karaan badbaadada iyo muuqaalka calaamadaha waddooyinka, ugu dambeyntii hagaajinta guud ahaan amniga waddooyinka. Alaab-qeybiyeyaashu waa inay fahmaan shuruudaha gaarka ah ee dahaarka calaamadeynta waddooyinka oo ay bixiyaan xalal rutile TiO2 ah oo la habeeyay si loo daboolo baahiyahan, si ay u taageeraan isku halaynta joogtada ah iyo waxqabadka calaamadaha waddooyinka ee xaaladaha deegaanka ee kala duwan.
Waqtiga boostada: Agoosto-15-2024