Wazini ngengilazi ye-ITO?

Njengoba eyaziwaI-ITO GlasI-s iwuhlobo lwengilazi ye-transparent conductive ene-transmittance enhle kanye ne-conductivity kagesi.

Ngokwekhwalithi ephezulu, ingahlukaniswa ngohlobo lwe-STN (A degree) kanye nohlobo lwe-TN (B degree).

Ukucaba kohlobo lwe-STN lungcono kakhulu kunohlobo lwe-TN olusetshenziswa kakhulu ekuhlanganiseni kwesikrini se-LCD.

– Tin side yilona ohlangothini enamathela.

- Ukuphakama kwevelu ye-conductive, ukuncipha kwesendlalelo sokumboza.

- Isimo sesitoreji

I-ITO conductive glasskufanele igcinwe ekamelweni lokushisa elingaphansi kuka-65%.

Lapho ugcina, ingilazi kufanele ibekwe phezulu kuphela ungqimba olulodwa kanye nezingqimba ezi-5 kakhulu ngephakethe lebhokisi lezinkuni futhi kungabikho isitaki sebhokisi lephepha.Empeleni, ukunqwabelanisa akuvunyelwe nganoma yisiphi isikhathi;

Ngaphezu kwezidingo ezijwayelekile zokubekwa okuqondile, ukusebenza okuyisicaba, ngangokunokwenzeka ukugcina i-ITO ibheke phansi, ukujiya okungu-0.55mm noma ngaphansi kwengilazi kungabekwa ngokuqondile.

Saida Glassiwumhlinzeki owaziwayo womhlaba jikelele wokucubungula ingilazi ejulile yekhwalithi ephezulu, amanani ancintisanayo kanye nesikhathi sokulethwa esifika ngesikhathi.Ngengilazi yokwenza ngendlela oyifisayo ezindaweni ezihlukahlukene futhi esebenza ngokukhethekile ngengilazi yephaneli yokuthinta, shintsha iphaneli yengilazi, ingilazi ye-AG/AR/AF/ITO/FTO/Low-e yesikrini sokuthinta sangaphakathi nangaphandle.