Inkcazelo emfutshane:

Zonke iimveliso ziya kupakishwa kwaye zithunyelwe kuphela emva kokuba zonke iimveliso ziphumelele iimvavanyo ezahlukeneyo zesalathisi, kwaye ukupakishwa kuyona nto ibalulekileyo engenakuhoywa. Njengoko izibane zensimbi ezingenasici zinzima kakhulu, sakhetha i-carton egqwesileyo kwaye inzima kakhulu kwiinkcukacha zokupakisha ukuqinisekisa ukuba imveliso inokukhuselwa kakuhle kwimpembelelo okanye i-bumps ngexesha lokuthutha. Imveliso nganye ye-Oubo ihambelana nebhokisi yangaphakathi ekhethekileyo kwaye iya kukhetha uhlobo lokupakisha oluhambelanayo ngokobume, imeko kunye nobunzima bempahla ehanjiswayo ukuqinisekisa ukuba imveliso nganye ipakishwe ngaphandle kokushiya umsantsa phakathi kwebhokisi kunye nemveliso elungisiweyo ibhokisi. Ukupakishwa kwethu rhoqo yibhokisi yangaphakathi emdaka kunye nebhokisi yangaphandle emdaka. Ukuba umthengi kufuneka enze ibhokisi yombala othile kwimveliso, sinokuyifeza kwakhona, ukuba nje ukwazisa ukuthengisa kwethu kwangaphambili, siya kwenza uhlengahlengiso oluhambelanayo kwinqanaba lokuqala.

Njengomvelisi oqeqeshiweyo wezibane zentsimbi yangaphandle, i-Eurborn ineseti yayo epheleleyo yeelabhoratri zovavanyo. Asithembekanga kumaqela esithathu angaphandle kuba sele sinothotho lwezona zixhobo ziphucukileyo nezipheleleyo zobuchwephesha, kwaye zonke izixhobo zihlolwa rhoqo kwaye zigcinwe. Qinisekisa ukuba zonke izixhobo zinokusebenza ngokuqhelekileyo kwaye zenze uhlengahlengiso kwangexesha kunye nolawulo lweemvavanyo ezinxulumene nemveliso kwangexesha lokuqala.

Indawo yokusebenzela yase-Eurborn inoomatshini abaninzi abanobuchule kunye nezixhobo zovavanyo ezinje ngee-oveni ezifudunyezwa ngumoya, oomatshini bokucoca i-vacuum, amagumbi ovavanyo lwe-UV ultraviolet, oomatshini bokuphawula i-laser, ubushushu obungaguqukiyo kunye namagumbi ovavanyo lokufuma, oomatshini bovavanyo lokutshiza ityuwa, iinkqubo zokuhlalutya spectrum ze-LED ezikhawulezayo, ukuhanjiswa kokuqina okukhanyayo. inkqubo yovavanyo (uvavanyo lwe-IES), i-oveni yokunyanga ye-UV kunye ne-oveni yobushushu obungaguqukiyo be-elektroniki, njl.njl. imveliso esiyivelisayo.

Imveliso nganye iya kungena kwi-100% yovavanyo lweparamitha ye-elektroniki, uvavanyo lwe-100% lokuguga kunye ne-100% yovavanyo olungenamanzi. Ngokweminyaka emininzi yamava emveliso, okusingqongileyo okujongene nemveliso ngamakhulu amaxesha anzima kunezibane zangaphakathi zangaphandle ezingaphakathi emhlabeni kunye nezibane zentsimbi ezingenasici. Siyazi kakuhle ukuba isibane sinokungaboni naziphi na iingxaki ngexesha elifutshane kwiindawo eziqhelekileyo. Kwiimveliso ze-Eurborn, sijonge ngakumbi malunga nokuqinisekisa ukuba isibane sinokufikelela ekusebenzeni okuzinzileyo kwexesha elide kwiindawo ezahlukeneyo ezinzima. Kwimeko-bume eqhelekileyo, uvavanyo lwethu lokusingqongileyo olulinganisiweyo luqatha ngamaxesha amaninzi. Le ndawo inzima ingabonisa umgangatho wezibane ze-LED ukuqinisekisa ukuba akukho mveliso ephosakeleyo. Kuphela kusemva kovavanyo ngoomaleko apho i-Ober iya kuthi izise ezona mveliso zibalaseleyo kuthi Isandla somthengi.

U-Eurborn unezatifikethi ezifanelekileyo ezifana ne-IP, i-CE, i-ROHS, i-patent yembonakalo kunye ne-ISO, njl.
Isatifikethi se-IP: I-International Lamp Protection Organisation (IP) ihlela izibane ngokwenkqubo yazo ye-IP yekhowudi yothuli, into eqinileyo yangaphandle kunye nokungena kwamanzi. Umzekelo, i-Eurborn ikakhulu ivelisa iimveliso zangaphandle ezinje ngezibane ezingcwatyiweyo neziphantsi komhlaba, izibane zangaphantsi kwamanzi. Zonke izibane zentsimbi yangaphandle zidibana ne-IP68, kwaye zinokusetyenziselwa ukusetyenziswa komhlaba okanye ukusetyenziswa kwamanzi. Isatifikethi se-EU CE: Iimveliso aziyi kusongela iimfuno ezisisiseko zokhuseleko lwabantu, izilwanyana kunye nokhuseleko lwemveliso. Imveliso yethu nganye inesatifikethi seCE. Isatifikethi se-ROHS: Ngumgangatho osisinyanzelo osekwe ngumthetho we-EU. Igama layo elipheleleyo ngu "Umyalelo wokuNqanda ukuSetyenziswa kwezinto ezithile ezinobungozi kwiZixhobo zoMbane kunye ne-Electronic". Isetyenziselwa ubukhulu becala ukulungelelanisa imathiriyeli kunye nemigangatho yenkqubo yeemveliso zombane neze-elektroniki. Isebenza ngakumbi kwimpilo yabantu kunye nokukhuselwa kwendalo. Injongo yalo mgangatho kukuphelisa ilothe, i-mercury, i-cadmium, i-hexavalent chromium, i-polybrominated biphenyls kunye ne-polybrominated diphenyl ethers kwiimveliso zombane neze-elektroniki. Ukuze sikhuseleke ngcono amalungelo kunye nomdla weemveliso zethu, sinenkangeleko yethu yesiqinisekiso selungelo elilodwa lomenzi wechiza kwiimveliso ezininzi eziqhelekileyo. Isatifikethi se-ISO: Uluhlu lwe-ISO 9000 ngowona mgangatho udumileyo phakathi kwemigangatho emininzi yehlabathi esekwe yi-ISO (International Organisation for Standardization). Lo mgangatho awukona ukuvavanya umgangatho wemveliso, kodwa ukuvavanya ukulawulwa komgangatho wemveliso kwinkqubo yokuvelisa. Ngumgangatho wolawulo lombutho.

I-1.Isibane somzimba wemveliso yenziwe nge-SNS316L yensimbi engenasici. I-316 insimbi engenasici iqulethe i-Mo, eyona nto ingcono kwi-corrosion resistance kune-304 insimbi engenasici kwiindawo eziphezulu zokushisa. I-316 ikakhulu iyanciphisa umxholo we-Cr kwaye inyuse umxholo we-Ni kwaye inyuse i-Mo2% ~ 3%. Ke ngoko, amandla ayo okuchasana nokubola anamandla kune-304, alungele ukusetyenziswa kwimichiza, emanzini olwandle nakwezinye iindawo.

2.Umthombo wokukhanya we-LED wamkela uphawu lwe-CREE. I-CREE ngumyili okhokelayo wokukhanyisa kunye nomvelisi we-semiconductor kwimarike. Inzuzo ye-chip ivela kwi-silicon carbide (SiC) impahla, engasebenzisa amandla amaninzi kwindawo encinci, ngelixa ithelekisa Obunye ubuchwepheshe obukhoyo, izinto kunye neemveliso zivelisa ukushisa okuncinci. I-CREE LED idibanisa i-flip-chip ye-InGaN eyonga amandla ngokugqithisileyo kunye nomnini wenkampani i-G · SIC® substrate ibe yinto enye, ukuze ukuqina okuphezulu kunye nokusebenza okuphezulu kwee-LED kufezekise ukusebenza kwexabiso eliphezulu.

3.Iglasi ithatha iglasi epholileyo + inxalenye yesikrini sesilika, kwaye ubukhulu beglasi yi-3-12mm.

I-4.Inkampani ihlala ikhetha i-aluminium substrates ephezulu ye-conductivity kunye ne-thermal conductivity ngaphezu kwe-2.0WM / K. I-Aluminiyam substrates isetyenziswa njengezinto ezithe ngqo zokutshatyalaliswa kobushushu kwii-LED, ezihambelana ngokusondeleyo nobomi bokusebenza be-LED. I-substrate ye-aluminium ye-thermal conductivity ephezulu inokuqhuba kakuhle kunye nokukwazi ukutshatyalaliswa kobushushu, kwaye ifaneleke ngakumbi kwiimveliso ezifuna amandla aphezulu okutshatyalaliswa kobushushu, ngokukodwa ii-LED eziphezulu zamandla.