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Iglasi egqunywe yi-ITO | Iglasi eqhubayo ye-ITO
2024-11-02
LE Iglasi egqunyiweyo , ekwabizwa ngokuba yi-Indium tin oxide coated glass), oluluhlobo lweglasi ye-oxide ecacileyo neqhubayo (iglasi eqhubayo ye-TCO). Ngenxa yeenzuzo zayo zokuxhathisa amaphepha aphantsi kunye nokudluliselwa okuphezulu, iglasi ye-ITO isetyenziswa kakhulu kwi-R&D, kwiLaboratory, kwi-Research Institute, kwi-liquid panel displays, kwiiseli zelanga ze-organic/inorganic heterojunction, nakwezinye izixhobo ze-photovoltaic.
| Iglasi egqunywe yi-Indium Tin Oxide (Ubungakanani beglasi: 50 * 50mm, 300 * 300mm), (Ukumelana: 3 ~ 100 ohm/sq) | |||
| 1 | 50*50mm | 1.1mm | 3ohm/skwele~100ohm/skwele |
| 2 | 300*300mm | 3mm | 4~6ohm/sq kunye ne-3~5ohm/sq |
| 3 | 300*300mm | 4mm | 25ohm/sq |
| 4 | 50*50mm | 0.4/0.5/0.7/0.8/1.0/1.5/1.8/2mm | 7~10ohm/sq |
| Iglasi egqunywe yi-Indium Tin Oxide (Ubukhulu beGlasi: 0.55mm, 0.7mm 1.1mm), (Ukumelana: 4 ~ 500 ohm/sq) | |||||
| Igama lemveliso | Ubukhulu | Ubukhulu | Ukuchasa | LE FILIMU incinci | Uthumelo |
| LE GLASI | 10 x10mm 20 x20mm 25 x25mm I-intshi eyi-1” x1” 50 x50mm 25 x75mm I-intshi eyi-1” x3” 100x100mm 300x300mm | 1.1mm, 0.7mm, 0.55mm | 4~5 ohm/sq | 260nm | >83% |
| 1.1mm, 0.7mm, 0.55mm | 6~8 ohm/sq | 185nm | >84% | ||
| 1.1mm, 0.7mm, 0.55mm | 10~15 ohm/sq | 135nm | >86% | ||
| 1.1mm, 0.7mm, 0.55mm | 15~20 ohm/sq | 95nm | >85% | ||
| 1.1mm, 0.7mm, 0.55mm | 20~30 ohm/sq | 65nm | >80% | ||
| 1.1mm, 0.7mm, 0.55mm | 30~40 ohm/sq | 50nm | >82% | ||
| 1.1mm, 0.7mm, 0.55mm | 40~60 ohm/sq | 35nm | >85% | ||
| 1.1mm, 0.7mm, 0.55mm | 60~80 ohm/sq | 30nm | >86% | ||
| 1.1mm, 0.7mm, 0.55mm | 80~100 ohm/skwele | 23nm | >87% | ||
| 1.1mm, 0.7mm, 0.55mm | 300~500 ohm/skwele | 13nm | >88% | ||
Inkcazo yeGlasi eQokelweyo ye-ITO
Iglasi eqhuba i-indium tin oxide, eyaziwa ngokuba yiglasi egqunywe yi-ITO, yenziwa ngokugquma umaleko we-indium tin oxide kwiglasi ye-substrate esekelwe kwi-soda-lime okanye kwi-silicon-boron kwiqondo lobushushu elimalunga ne-300°C kusetyenziswa i-magnetron sputtering. Umaleko we-indium tin oxide kwi-substrate yeglasi ubhityile kwaye uyafana, nto leyo eyinika ukuhanjiswa okuhle kunye nokuhanjiswa okuphezulu. Iglasi ye-ITO yinto ye-semiconductor yohlobo lwe-N, kwaye ifomula yekhemikhali yomaleko we-oxide kumphezulu weglasi yi-Sn:In2O3.
Ulwahlulo lweglasi lwe-ITO
LE Iglasi eqhubayo Yahlulwe yaba yiglasi exhathisayo kakhulu (ukuxhathisa phakathi kwe-150 kunye ne-500 ohms), iglasi eqhelekileyo (ukuxhathisa phakathi kwe-60 kunye ne-150 ohms), kunye neglasi exhathisayo kancinci (ukuxhathisa ngaphantsi kwe-60 ohms) ngokwe-ukuxhathisa.
Iglasi eqhubayo ye-ITO inokwahlulwahlulwa ibe yi-14”x14”, 14”x16”, 20”x24” kunye nezinye iinkcukacha ngokobungakanani. Kwakhona, inokwahlulwa ibe yi-2.0mm, 1.1mm, 0.7mm, 0.55mm, 0.4mm, 0.3mm kunye nezinye iinkcukacha ngokobukhulu. Ubukhulu obungaphantsi kwe-0.5mm busetyenziswa kakhulu kwiimveliso ze-STN liquid crystal display.
Ngaphezu koko, iglasi eqhubayo ye-ITO yahlulwe yaba yiglasi ekhazimlisiweyo kunye neglasi eqhelekileyo ngokwendlela ethe tyaba ngayo.
Ubungakanani beglasi ye-ITO, Ubukhulu kunye nokuxhathisa
Ubungakanani: 10 x10mm, 20 x20mm, 25 x25mm, 1” x1” intshi, 50 x50mm, 25 x75mm, 1” x3” intshi, 100x100mm, 300x300mm
Ubukhulu: 0.2, 0.3, 0.4,0.5,0.55,0.7,0.8,0.9,1.0,1.1,1.2,1.5,1.8,2.0,3.0mm njl.
Ukumelana: 3-4ohm/sq, 4-6ohm/sq, 5-7ohm/sq, 7-10ohm/sq, 10-15ohm/sq, 15-20ohm/sq, 20-30ohm/sq, 30-40ohm/sq, 40-60ohm/sq, 70-120ohm/sq okanye ezinye
Izicelo ITO Camera Glass
Iglasi eqhubayo ye-ITO isetyenziswa kakhulu kwimveliso nakuphando kunye nophuhliso lwezixhobo ze-electrochromic (ezifana neziboniso ze-electrochromic, iilebheli ze-electrochromic, iglasi ye-electrochromic, izibuko ze-electrochromic rearview, njl.njl.), iziboniso zekristale yolwelo (kubandakanya iimonitha zekhompyutha, iiTV ze-LCD flat-panel, iimonitha zefowuni eziphathwayo, iimonitha zezixhobo zasekhaya, njl.njl.), ii-OLED, iiseli zelanga zendalo (i-OPV), iiseli zelanga ze-perovskite ezishushu kakhulu, i-electrochemistry, uvavanyo lwe-bioelectric, izikrini zokuchukumisa, ukhuseleko lwe-electrostatic, ukhuseleko lwe-elektroniki oluchasene nokuphazamiseka, iibhodi zesekethe ezicacileyo, kunye nezinye iindawo.
Iingenelo ze-ITO Glass
·Inkxaso yokumelana nephepha le-ITO elenziwe ngokwezifiso
·Iingubo eziqhubayo nezibonakalayo
·Ukumelana okuphantsi, Ukumelana okuphantsi kombane
·Uzinzo oluphezulu lokusingqongileyo kunye nobushushu
·Ukuqhuba kakuhle kakhulu kunye nokubonakala okubonakalayo
·Ukufana kwengubo
·Uzinzo kubushushu nakwikhemikhali
·Amandla okukhusela amasimi e-electromagnetic
·Ukumelana komphezulu okuchaziweyo kwephepha leglasi eligqunywe yi-ITO kuphakathi kwe-10 ohms/sq. ukuya kwi-100 ohms ngesikwere.
·Ukuhanjiswa kwee-Indium Tin Oxide (ITO) glass coverlips kwi-550nm kungaphezulu kwe-85%.
·Ifilimu ye-ITO okanye ubukhulu beleya buphakathi kwe-50nm kunye ne-200nm (oko kukuthi, 500Å – 2000Å).
Ukugcinwa kunye namanyathelo okhuseleko kwiglasi ye-ITO
Iimeko zokugcina iglasi ze-ITO:
·Xa uthatha kwaye ubeka, chukumisa kuphela amacala amane, hayi umphezulu weglasi eqhubayo i-ITO;
·Phatha ngononophelo, kwaye ungangqubani nezinye izixhobo kunye noomatshini;
·Ukuba ufuna ukuyigcina ixesha elide, kufuneka uqaphele ukuba ayifumi ukuze ingabi namanzi ukuze ingabi yingozi ekungangeni nasekuhambeni kweglasi;
·Kwiglasi enkulu kunye nemigca emide, ulwalathiso lokudada lwe-substrate yeglasi kufuneka luqwalaselwe xa kuyilo naxa kulungiselelwa.
Amanyathelo okusebenzisa:
·Iglasi eqhubayo ye.ITO kufuneka igcinwe kubushushu begumbi kwaye igcinwe yomile kunye nomswakama ongaphantsi kwama-65%. Kakade ke, ukuba ufuna ukugcina iglasi ye-ITO ixesha elide, kuyacetyiswa ukuba uyigcine ngaphantsi kwama-20 degrees Celsius.
·Xa ugcina, iglasi kufuneka ibekwe ngokuthe nkqo (ngaphandle kwemigaqo, kufuneka ibekwe ngokuthe nkqo.
·Xa ibekwe ngokuthe tyaba, zama ukugcina icala le-ITO lijonge phantsi; iglasi enobukhulu obungaphantsi kwe-0.55mm inokubekwa ngokuthe nkqo kuphela).
·Akuvumelekanga ukubeka izinto ezirhangqiweyo nangaliphi na ixesha
Iglasi ecocekileyo egqunywe yi-ITO
Iglasi yethu ye-tibbo ilumke kakhulu ekupakisheni iglasi ye-ITO ukuqinisekisa ukuba abathengi bayayifumana icocekile kwaye icocekile ngaphandle komonakalo, kwaye abathengi banokuyisebenzisa ngokuthe ngqo. Nangona kunjalo, abanye abathengi bakhetha ukuyicoca iglasi emva kokuba ifikile ngaphambi kokuba bayisebenzise. Ukuze sifezekise ezi njongo zokucoca, senza ezi ngcebiso zilandelayo:
1. Icala elingagqunywanga lingacocwa njengeglasi eqhelekileyo;
2. Icala eligqunyiweyo kuqala licocwa nge-ultrasonic emanzi (i-ethanol. i-acetone), licocwe nge-infrared, lize emva koko licocwe ngokomileyo (licocwe nge-ultraviolet ozone light) ukuphucula umsebenzi womphezulu we-ITO.
Vavanya iMigangatho yeZixhobo zeGlasi ze-ITO
Ubungakanani:
A. Indlela yovavanyo: Sebenzisa irula kunye ne-vernier caliper ukulinganisa ubude, ububanzi kunye nobukhulu beglasi yokuqala eza kuvavanywa.
B. Umgangatho wokugweba: Iziphumo zokulinganisa ziyafaneleka ukuba zingaphakathi koluhlu lweeparameter olubonelelwa ngumthengisi.
Ukumelana nomphezulu:
A. Indlela yovavanyo: Thatha yonke indawo yeglasi eza kuvavanywa njengendawo yovavanyo, uze wahlule indawo yovavanyo ibe ziinxalenye ezilithoba ezilinganayo uze usebenzise isixhobo sokuvavanya esine-probe ukuvavanya ukumelana nomphezulu wendawo nganye.
B. Umgangatho wokugweba: Bala ixabiso eliphakathi lokuxhathisa kunye nexabiso lokusasazeka kwedatha yokuxhathisa ngokusekelwe kwiziphumo zovavanyo. Isiphumo siyaqinisekiswa ukuba singaphakathi koluhlu olufunekayo.
Ukusebenza kobushushu beLayer ye-ITO
A. Indlela yovavanyo: Fudumeza iglasi yokuqala eza kuvavanywa emoyeni we-3000C imizuzu engama-30, kwaye uvavanye ixabiso lokumelana nomphezulu wenqaku elifanayo ngaphambi nasemva kokufudumeza.
B. Umgangatho wokugweba: Ixabiso lokumelana nebhloko yefilimu eqhubayo ye-ITO akufuneki libe ngaphezulu kwe-300% yokumelana nebhloko yokuqala ukuze ifaneleke.
Ukusebenza kwe-ITO Etching:
A. Indlela yovavanyo: Beka iglasi yokuqala eza kuvavanywa kwisisombululo sokugrumba esisetyenziswa kumgca wemveliso ukuze kuvavanywe ixesha layo elipheleleyo lokugrumba.
B. Umgangatho wokugweba: Ixabiso elipheleleyo lexesha lokugrumba lingaphantsi kwesiqingatha sexesha elimiselwe yinkqubo yemveliso ukuze lifaneleke.