Iglasi ene-Custom AR Coating

AR ukutyabeka, eyaziwa ngokuba yi-low-reflection coating, yinkqubo ekhethekileyo yonyango kwindawo yeglasi. Umgaqo-siseko kukwenza inkqubo yecala elinye okanye elicala-mbini kumphezulu weglasi ukwenza imbonakalo ephantsi kuneglasi eqhelekileyo, kunye nokunciphisa ukubonakaliswa kokukhanya ukuya ngaphantsi kwe-1%. Impembelelo yokuphazamiseka eveliswa ngamaleko ahlukeneyo e-optical material isetyenziselwa ukuphelisa ukukhanya kwesiganeko kunye nokukhanya okubonakalisiweyo, ngaloo ndlela kuphuculwe ukuhanjiswa.

Iglasi ye-ARikakhulu isetyenziselwa ukubonisa izikrini zokhuselo lwesixhobo ezifana noomabonakude beLCD, oomabonakude bePDP, iilaptop, iikhompyuter zedesktop, izikrini zokubonisa ngaphandle, iikhamera, iglasi yefestile yasekhitshini, iiphaneli zokubonisa umkhosi kunye nezinye iglasi ezisebenzayo.

Iindlela zokugquma ezisetyenziswa ngokuqhelekileyo zohlulwe zibe ziinkqubo zePVD okanye zeCVD.

I-PVD: I-Physical Vapor Deposition (PVD), ekwaziwa ngokuba yitekhnoloji yokubeka umphunga womzimba, bubuchwepheshe bokulungiselela ukugquma osebenzisa iindlela ezibonakalayo ukuze zikhuphe kwaye ziqokelele imathiriyeli kumphezulu wento phantsi kweemeko zevacuum. Le teknoloji yokugquma yahlulahlulwe yazintlobo ezintathu: i-vacuum sputtering coating, i-vacuum ion plating, kunye ne-vacuum evaporation coating. Iyakwazi ukuhlangabezana neemfuno zokugquma kwee-substrates ezibandakanya iiplastiki, iglasi, isinyithi, iifilimu, iiseramikhi, njl.

I-CVD: I-Chemical Vapor Evaporation (CVD) ikwabizwa ngokuba yi-chemical vapor deposition, ebhekisa kwisigaba segesi reaction kwiqondo lobushushu eliphezulu, ukubola kwe-thermal ye-metal halides, i-organic metals, i-hydrocarbons, njl. njl., ukucuthwa kwe-hydrogen okanye indlela yokubangela umxube wayo. Irhasi yokusabela ngokwekhemikhali kubushushu obuphezulu ukuwisa izinto ezingaphiliyo ezifana neentsimbi, iioksidi, kunye neekhabhide. Isetyenziswa kakhulu kwimveliso yezinto ezikwazi ukumelana nobushushu, iintsimbi ezicocekileyo, kunye neefilimu ezibhityileyo zesemiconductor.

Ubume bokugquma:

A. Icala elinye AR (i-double-layer) GLASS\TIO2\SIO2

B. I-AR enamacala amabini (umaleko omane) SIO2\TIO2\GLAS\TIO2\SIO2

C. Multi-layer AR (ukwenza ngokweemfuno zabathengi)

D. I-transmittance inyuswe ukusuka malunga ne-88% yeglasi eqhelekileyo ukuya ngaphezu kwe-95% (ukuya kwi-99.5%, ekwanxulumene nobukhulu kunye nokukhethwa kwezinto eziphathekayo).

E. I-reflectionivity iyancipha ukusuka kwi-8% yeglasi eqhelekileyo ukuya ngaphantsi kwe-2% (ukuya kwi-0.2%), ukunciphisa ngokufanelekileyo isiphene sokwenza mhlophe umfanekiso ngenxa yokukhanya okunamandla okuvela ngasemva, kunye nokunandipha umgangatho womfanekiso ocacileyo.

F. I-Ultraviolet spectrum transmittance

G. Okugqwesileyo ukuxhathisa umkrwelo, ubulukhuni >= 7H

H. Ukuxhathisa okugqwesileyo kokusingqongileyo, emva kokumelana ne-asidi, ukuxhathisa kwe-alkali, ukuxhathisa kwe-solvent, umjikelezo wobushushu, ubushushu obuphezulu kunye nezinye iimvavanyo, umaleko wokugquma awunalo utshintsho olucacileyo.

I. Iinkcukacha zokucwangcisa: 1200mm x1700mm ubukhulu: 1.1mm-12mm

Ukuhanjiswa kuphuculwe, ngokuqhelekileyo kuluhlu lwebhanti yokukhanya ebonakalayo. Ukongeza kwi-380-780nm, i-Saida Glass Company inokwenza ngokwezifiso ukuhanjiswa okuphezulu kwi-Ultraviolet uluhlu kunye nokuhanjiswa okuphezulu kwi-Infrared range ukuhlangabezana neemfuno zakho ezahlukeneyo. Wamkelekile kwithumela imibuzoimpendulo ekhawulezayo.