I-Tianhui- enye yeenkokeli ezikhokelayo ze-UV ze-chip ze-UV kunye nababoneleli babonelela ngenkonzo yetshiphu ye-ODM/OEM UV ye-LED ngaphezulu kweminyaka engama-22+.
[Ulwandlekazi olutsha oluBlue] iMarike ye-UVLED kulindeleke ukuba ibe ngabavelisi be-LED eBlue Ocean oLutsha
2023-01-28
Tianhui
31
Imakethi ye-UVLED kulindeleke ukuba ibe lulwandle olutsha oluhlaza okwesibhakabhaka lwabavelisi be-LED: I-LEDINSIDE yamva nje "ye-2015 yobonelelo lwe-LED kunye nemfuno yentengiso yentengiso kunye nembonakalo" yabonisa ukuba iyonke imakethi ye-UV (ultraviolet) ngo-2014 yafikelela kwi-815 yezigidi zeedola zaseMelika, apho imveliso ye-UVLED ixabiso laliyi-US $ 122 yezigidi, ibalwa kwi-UV iyonke iyonke ratio yeMarike ifikelela kwi-15%. Ubukho bendalo kwimisebe ye-ultraviolet, luhlobo lokukhanya olungenakubonwa ngeso lenyama. Ukuba yahlulwe ngemithombo yokukhanya, iimveliso ze-UV zinokwahlulwa ngokohlulwa zibe zizibane zemveli ze-UV zemercury kunye ne-UVLED. Xa kuthelekiswa nesibane esiqhelekileyo se-UV mercury, i-UVLED ayinayo imekyuri, kwaye ineengenelo zokhuseleko lokusingqongileyo, ubomi obude, ukonga amandla, kunye nokulahleka kobushushu okuncinci. Iimpawu zemveliso ye-UVLED inokohlulwa ibe yi-UV-A (imisebe emide ye-ultraviolet 320 400nm), i-UV-B (imisebe ye-ultraviolet yamaza ephakathi 280 320nm) kunye ne-UV-C (i-ultraviolet wave efutshane), apho i-UV-A ithatha indawo enkulu yentengiso. isabelo sesona sabelo sikhulu semarike , Ukuya kuma-90% esabelo semarike. Okwangoku, esona sicelo sikhulu semakethi ye-UV-A kukuqiniswa kwe-UV, kwaye ingaphezulu kwesiqingatha sezicelo zentengiso, kubandakanya ushicilelo lwe-inki, ukuqina kweresin, kunye noshicilelo olukhulayo lwe-3D olukhulayo. Ukongeza, i-UV-A iphinde yazisa ukukhanya kwezorhwebo, okunokwenza iimpahla ezimhlophe zibonakale zimhlophe phantsi kokubonakaliswa kwayo. Nangona umatshini wokuvezwa kwebhodi yesekethe yoshicilelo lwehlabathi (PCB) usasebenzisa imithombo yokukhanya yemercury yemveli, i-UVLED ithe chu ingena kwimakethi yokutshintshwa kwesibini phantsi koqwalaselo logcino lwamandla kunye nokuphuculwa kwetekhnoloji. Amandla okuthengisa kwixesha elizayo makhulu kakhulu. Kwangaxeshanye, xa kuthelekiswa nomndilili we-LED, ixabiso leyunithi yeemveliso ze-UVLED liphindwe kabini phezulu. Ke ngoko, ngaphandle kobungakanani obulinganiselweyo bemarike, isatsala uninzi lwabavelisi be-LED ukuba batyale imali kuphuhliso. Abavelisi abaphambili be-UVLED babandakanya ishishini laseJapan kunye nekhemistri yaseAsia kunye ne-DOWA, umrhwebi waseKorea uSeoul semiconductor kunye ne-LGINNOTEK. I-Taiwan Factory Crystal (2448), iGuangye (4956) kunye neYanjing, abavelisi baseYurophu nabaseMelika i-Hexatech kunye neCrystalis, njl., baye bafumana iziphumo ezilungileyo kakhulu kwimarike ye-UVLED. Ngenxa yomgangatho ophezulu wobugcisa beemveliso ze-UVLED, kubandakanywa ukudityaniswa kwamaza emveliso, ukukhanya kwemitha kunye nenkqubo yokutshatyalaliswa kobushushu, kunye nabavelisi be-UVLED kufuneka babe noyilo lwenkqubo kunye nophuhliso lwezakhono ezifana nentsebenziswano elungiselelweyo kunye nokulinganisa okubonakalayo, ngoko ke inzuzo ephezulu yenziwe iBlue. imarike yolwandle.
Umbhali: Tianhui- Isifo sokubulala umoya
Umbhali: Tianhui- Abavelisi be-UV Led
Umbhali: Tianhui- Isifo samanzi e-UV
Umbhali: Tianhui- Isisombululo se-UV LED
Umbhali: Tianhui- UV Led diode
Umbhali: Tianhui- Abavelisi be-UV Led diodes
Umbhali: Tianhui- Imodyuli ekhona
Umbhali: Tianhui- Inkqubo yokushicilela i-UV LED
Umbhali: Tianhui- Umgibe weengcongconi
Nxibelelana nathi
Amanqaku acetyiswayo
Jonga amandla okukhanya ngale bhlog. Uya kuphonononga umlingo we-340nm UV LED. Injongo apha kukutyhila iindima zayo kuhlalutyo lwe-biochemical. Ukusuka kwiikhonsepthi ezisisiseko ukuya kusetyenziso lwehlabathi lokwenyani, funda konke malunga ne-340nm UV LED.
Kwishishini lokutya kunye nesiselo, iteknoloji ye-ultraviolet (UV) yokubulala iintsholongwane licandelo elikhula ngokukhawuleza. Imitha ye-UV isetyenziselwa ukubulala iintsholongwane emanzini, umoya, kunye nomphezulu ngokubulala iintsholongwane, iintsholongwane, kunye nezinye iintsholongwane ukwenza ukutya kube sempilweni. Le teknoloji ikhule ngokuthandwa ngenxa yokusebenza kwayo kakuhle, ukusetyenziswa kwayo, kunye neendleko ezincinci
Ngaphambili, akukho zibane ze-UV ze-UV ezifumanekayo zokusetyenziswa kwezorhwebo. Nangona kunjalo, ngokuhambela phambili kwitekhnoloji ye-LED ekhokelela kuxinzelelo oluphezulu lwamandla, izibane ze-UV ze-UV ngoku zixhaphake kakhulu kwintengiso, zithatha indawo yeendlela ezikhethiweyo.
I-Ultraviolet (UV) i-disinfection/iteknoloji yokucoca amanzi isebenzisa ukukhanya kwe-UV ukubulala ii-microorganisms ezinobungozi emanzini. Yindlela yendalo nesebenzayo yokucoca amanzi ngaphandle kokufaka iikhemikhali, oko kuyenza ibe lukhetho oludumileyo kumakhaya amaninzi nakumashishini. Inkqubo isebenza ngokubeka amanzi kumthombo wokukhanya oqinileyo we-UV, owonakalisa iDNA yeebhaktheriya, iintsholongwane, kunye nezinye iintsholongwane ezibangela ukuba zife.
Itekhnoloji ye-UVC ye-LED ifumene ingqwalasela ebalulekileyo kwiminyaka yakutshanje, kwaye ayimangalisi into yokuba imakethi ikhula ngezixhobo ezininzi zasekhaya kunye neemveliso zabathengi ezamkela itekhnoloji. Ubhubhani we-COVID-19 wongeze kuphela imfuno yeemveliso ze-UVC ze-LED njengoko abathengi kunye namashishini befuna iindlela ezisebenzayo zokubulala iintsholongwane kwindawo abahlala kuzo. Ii-LED ze-UVC zibonelela ngendlela ekhuselekileyo, ethembekileyo, nesebenzayo yokubulala iibhaktheriya kunye neentsholongwane, zizenze zibe lukhetho oludumileyo kwizicelo ezahlukeneyo.
Sonke sifuna ukuphefumla umoya ococekileyo kwaye sizigcine thina kunye nabo sibathandayo sisempilweni. Noko ke, umoya esiwuphefumlayo emakhayeni ethu nakwiindawo esisebenza kuzo usenokungasoloko unyulu njengoko sicinga. Ukusuka kwi-allergener kunye nothuli ukuya kwizingcolisi ezinobungozi kunye neentsholongwane, umoya wethu wangaphakathi unokugcwala ungcoliseko olwahlukeneyo olunokubangela iingxaki zokuphefumla kunye neminye imiba yezempilo.
Itekhnoloji ye-UV ye-LED ibisenza amaza kushicilelo nakwamanye amashishini ngokusebenza kwayo kunye nokusebenza kwayo, kodwa ngaba ubusazi ukuba ikwachaphazela kakhulu okusingqongileyo? Le teknoloji iphucula umgangatho, yandisa imveliso, inciphisa ukusetyenziswa kwamandla, kwaye yehlisa ukukhutshwa kwegesi eluhlaza. Eli nqaku liza kuxoxa ngeenzuzo zokusingqongileyo ze-UV LED diode kunye nendlela enceda ngayo ukuhlahlela indlela yekamva elinyamezelekayo.
I-UV LED, eyaziwa ngokuba yi-Ultraviolet Light Emitting Diodes, sisixhobo esiqinileyo esivelisa ukukhanya ngokukhawuleza xa udlula imisinga yombane kwisekethe. Le misinga idlula ukusuka kwicala elilungileyo ukuya kwicala elingalunganga lomsinga.
Ukunyangwa kwe-UV ye-LED yitekhnoloji esandul' ukuziswa, etshintsha ulwelo lube kwimeko eqinileyo ngokusebenzisa i-polymerization ngokusebenzisa amandla e-UV, okwakwaziwa njengamandla e-ultraviolet. Ukunyangwa kwe-UV ye-LED kukufumana ukutsalwa okuninzi mva nje, ikakhulu ngenxa yokuba yeyona ndlela ingcono kuneendlela zesintu.
akukho datha
omnye wababoneleli be-UV be-LED abanobuchule eTshayina
Sizibophelele kwi-LED diodes iminyaka engaphezu kwama-22+, umvelisi we-chips okhokelayo okhokelayo. & umthengisi we-UVC LED 255nm265nm 275nm, UVB LED 295nm ~ 315nm, UVA LED325nm 340nm 365nm ~ 405nm
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