[UV CICS] uMvelisi ukuxelela iNgxaki ekufuneka uyithathele ingqalelo ngokuKhetha i-UV yokuNyanga iFu.

Kutshanje, abaninzi abavelisi abaprintiweyo bejethi baye bafumana iTianhui kwaye babonisana noomatshini bokunyanga inki ye-UV. Njengoko itekhnoloji yesithando somlilo se-UV sikhula ngakumbi, abaninzi abavelisi be-inki bathathe indawo yomgca wokuvelisa isibane semercury kwi-UVLED, ke kuya kubakho iingxaki ezininzi ekukhetheni iziko lokunyanga i-UV. Kukho abathengi abaninzi eTianhui. Kukho abathengi abaninzi kushishino loshicilelo lwejethi, kwaye benza ngokwezifiso iziko lokunyanga le-UV kwishishini lokushicilela ikhowudi. Khetha iziko lokunyanga i-UV Nika ingqalelo kula manqaku. I-spectrum okwangoku inezicelo ezininzi ngenxa yophuhliso lwe-optical solidification, njengokunyanga komphezulu, ukunyanga okubonakalayo, njl. Kukwakho nezinye ii-UVA, i-UVB okanye iibhalbhu zokukhanya eziphuculweyo ezibonakalayo. Zininzi ii-spectroscopy ezahlukeneyo, kodwa amandla okwenene afunekayo aphantsi kakhulu. I-UV yokunyanga i-furnace ebonelelwa yi-TIANHUI inobude obubodwa okanye obudibeneyo kunye ne-wavelength eyodwa okanye edibeneyo, ukwenzela ukuba abathengi banokusebenzisa ubuncinane bokusetyenziswa kwamandla ukuze bafumane eyona nto isebenzayo yemveliso. 2. Amandla Kwi-UV CICS: Amandla e-UVLED (MJ/CM2) = Ukuqina kwe-UV (mw/cm2)*ixesha lokuvezwa (s); ulawulo oluchanekileyo lwamandla e-UVLED kunye nexesha lokuvezwa kunokulawula ngokuchanekileyo amandla e-LED UV ngokuchanekileyo. Ukulawulwa kwexesha lokuvezwa, i-furnace yokuqinisa i-UV ye-Tianhui, eyakhelwe kwi-microprocessor yekhompyutheni, inokubeka ixesha lokuvezwa kunye neendlela ezininzi. Ukulawula amandla e-UVLED, sisebenzisa ipesenti yohlengahlengiso lwekhompyuter ukulawula. Okwangoku, sinokufikelela kwi-10 % -100%. Ngenxa yokuba iteknoloji yethu ye-LED inokukhanya kwaye ikhanyise. 3. Amandla e-UV osasazo lwamandla eziko lokunyanga i-UV lifana kakhulu, kwaye ukuqina kwe-UV kuphantse akukho tshintsho. I-microprocessor ye-TIANHUI igcwele umatshini wokunyanga we-UV ogcweleyo, kunye ne-LED ephezulu kunye ne-high-tech optical lens, ububanzi bokuqina bunokuyilwa kwaye luhlengahlengiswe ngokweemfuno zenkqubo yabathengi. Sukukhetha ezinye ezibizwa ngokuba "zifanayo" iziko le-UV eziqinileyo ezingenadatha kwaphela. Ezine. Ukhuseleko kunye nobushushu i-Tianhui iphuhlise ngokuzimeleyo itekhnoloji yokulahla ubushushu kunye nemisebenzi yekhompyuter ye-microprocessor ukulawula ngokufanelekileyo ukunyuka kobushushu. Oku kufuna ingqalelo ekhethekileyo. Ubushushu besibane semercury ngokwesiko alinaso isibane esilungileyo, nto leyo eya kubangela iingozi ezifihlakeleyo zokugqabhuka kwebhalbhu. 5. Ukuzinza kunzima ukungqina ngokuthe ngqo. Ngokubanzi, kukuqokelelwa kwamava eshishini. Ngokuqhelekileyo ayixhotyiswanga ngoomatshini. Umthombo wokukhanya ongazinzanga uchaphazela kakhulu inkqubela yovavanyo olunxulumeneyo. I-TIANHUI ifumene isatifikethi esiphindwe kabini samashishini aphezulu esizwe kunye namashishini aphezulu eZhuhai. Inkqubo yokukhanya yomthombo wokukhanya we-Patent UVLED. Ukwamkela itekhnoloji ephucukileyo yokuchukumisa kunye nezisombululo zokuqhuba kunokwenza inkqubo yomthombo wokukhanya we-UVLED ibe lula kwaye kulula ukuyisebenzisa. Ubuchwephesha bobuchwephesha bokulahla ubushushu buqinisekisa izixhobo ezizinzileyo nezithembekileyo zezixhobo. Imithombo yokukhanya yamachaphaza e-UVLED, imithombo yokukhanya yomgca we-UVLED, imithombo yokukhanya yobuso be-UVLED, i-oveni ye-UVLED, izitofu zetonela ye-UVLED isetyenziswe ngokubanzi kumasimi okuqina kweglue, inki eyomileyo, ioyile elula kunye namanye amasimi. Wamkelekile osebenza nabo kumashishini ahlukeneyo ukuba ubuze!