I-ITO Coating ibhekisa kwi-Indium tin oxide coatide, okuyisisombululo esihlanganisa i-Indium, i-oksijini kanye ne-tin - ie Indium oxide (in23) ne-tin oxide (SNO2).
Ngokuvamile uhlangane nefomu eligcwele i-oksijini elihlanganisa (ngesisindo) 74% ku, 8% SN-SN kanye ne-18% O2, i-Indium tin oxide iyinto eluhlaza okwesibhakabhaka eluhlaza okwesibhakabhaka futhi angenabala futhi esobala lapho isetshenziswa ezingxenyeni zefilimu.
Manje phakathi kokusebenza okuvame ukusetshenziselwa ukwenziwa komoya okubonakalayo ngenxa yokubonakala okuhle kakhulu komoya wokufakelwa okuhle kakhulu nokusebenza kukagesi, i-tin tin oxide ifakwe ku-substrates kufaka phakathi ingilazi, i-polyester, polycarbonate ne-acrylic.
Emagandeni asukela phakathi kuka-525 no-600 NM, 20 OHMS / SQ. I-ITO Coatings ku-polycarbonate nengilazi inokuhambisa okujwayelekile okujwayelekile kokukhanya kwama-81% no-87%.
Ukuhlukaniswa kanye nesicelo
Ingilazi yokumelana ephezulu (inani lokumelana lingu-150 ~ 500 ohms) - ngokuvamile lisetshenziselwa ukuvikela ngogesi kanye nokukhiqizwa kwesikrini sokuthinta.
Ingilazi yokumelana ejwayelekile (inani lokumelana lingama-60 ~ 150 ohms) - S ngokuvamile asetshenziselwa ukubonisa ukuboniswa kwe-TN liquid Crystal kanye nokuphazanyiswa ngogesi.
Ingilazi yokumelana ephansi (ukumelana ngaphansi kwama-60 ohms) - ngokuvamile kusetshenziselwa ukuboniswa kwe-crystal ebonakalayo nebhodi yokujikeleza okusobala.
Isikhathi sePosi: Aug-09-2019
