Iinkonzo ze-ODM/OEM zeemodyuli ezahlukeneyo zokubulala iintsholongwane zomoya kunye namanzi kunye ne-UV LED ngokubanzi (UVA.UVB.UVC.UVV) umboneleli wesisombululo.

Njani malunga noMthombo wokuKhanya weCOB oMbini wemibala

IShenzhen Technology Co, Ltd. isungule i-3030 patch bead series, esetyenziswa ngokubanzi kwizibane zemizi-mveliso, izibane zentengiso, ukukhanya kwe-landscape kunye nezinye iindawo. Olu chungechunge lweemveliso ngumthombo wokukhanya we-SMD we-patch eyenziwe ngezinto ze-PCT. Umthombo wokukhanya we-COB yitekhnoloji yomthombo wokukhanya wokukhanya ophakamileyo odityanisiweyo odityaniswe ngokuthe ngqo kwisibuko sentsimbi esikhanyayo esiphakamileyo kwinqanaba eliphezulu le-reflux ye-chips ze-LED. Ukubuyiswa kwe-welding kunye ne-non-patch process, ngoko ke inkqubo iyancitshiswa phantse enye-yesithathu, kwaye iindleko nazo zigcinwe ngesinye kwisithathu. Ngokubanzi, iphambili kwaye itsala amehlo ngakumbi kunezibane ze-LED. Ukusuka kuhlalutyo lwenani leetshiphusi kunye noxinaniso oluhlanganisiweyo lwetshiphu, kufunyaniswe ukuba ukupakishwa okuhlanganisiweyo kwe-multi -chip emhlophe i-LED knot ubushushu bonyuka ngokunyuka kwenani leetshiphusi ezihlanganisiweyo. Ukusebenza kweemvakalelo kuye kwehla ngokunyuka kwenani lee-chips ezidibeneyo. Ke ngoko Ubuninzi kunye noxinaniso oluhlanganisiweyo lukwayinto ebalulekileyo enempembelelo ekusetyenzisweni kweteknoloji yokupakisha edibeneyo. Umthombo wokukhanya we-COB wemibala emibini yokushisa xa kuthelekiswa neenzuzo ezincinci, zangoku, amandla aphezulu, ukukhanya, ukungaphumeleli kokukhanya okuphantsi, ukuhambelana okuphezulu, ukuphumelela kweendleko kunye nokuphumelela kweendleko xa kuthelekiswa neemveliso zepatch eziqhelekileyo kwiimarike. Yintoni umthombo wokukhanya kwe-LED? Abahlobo abangawaziyo lo mbuzo badla ngokucela abahlobo abaqhelene neprojektha. Xa kuthelekiswa nemithombo yokukhanya yendabuko, umthamo wemithombo yokukhanya ye-LED incinci. Ke ngoko, zininzi iintelekelelo ezincinci ezincinci kwintengiso ngoku. Ekubeni i-LED ingumzimba okhanyayo okhanyayo, ukukhanya kwayo kuphezulu njenge-120LM / W, ephezulu kakhulu kune-70LM / W kunye ne-100LM / W ye-tube yesibane ye-T5, eyenza umphumo wokukhanya ngokubanzi kwebhokisi lokukhanya kwe-LED phezulu. . Kwaye enye inverted inverted structure LED, kuba inokudibanisa kunye nobuninzi-iveliswe, inokulungiswa okulula kunye nokusebenza okugqwesileyo, ngokuthe ngcembe ifumene ingqwalasela ebanzi yoshishino lokukhanyisa. Ulwakhiwo oluguquliweyo lusebenzisa i-chip PN ngokuthe ngqo kunye neebhondi ze-pole co-crystal ezithandekayo kwi-substrate, kwaye ayisebenzisi ucingo lwegolide, kwaye ubuninzi bugwenywe. Ngethuba lokusetyenziswa kwe-LEDs ephezulu, i-phenomenon yempembelelo enkulu yangoku ayinakuphepheka. Kule meko, ukuba ukuzinza kokumelana okukhulu kwangoku kwezibane akukuhle, kulula ukunciphisa ubomi benkonzo yesibane. Umthombo wokukhanya we-COB wemibala emibini obushushu kungenxa yokuba kusetyenziswa umthombo wokukhanya we-LED. Ngoko ke, kunokubakho inzuzo yomthamo onjalo. Umthombo wesibane webhalbhu yesibane ufuna indawo enkulu yokuchitha ubushushu. Iidiode ze-Everbright zidla ngokubizwa ngokuba zii-LED ezifakwe ngqo. I-diode ekhanyayo yibhalbhu yombane encinci. Kodwa ngokungafaniyo nezibane eziqhelekileyo ze-incandescent, i-diode ekhupha ukukhanya ayinayo i-filaments, kwaye ayiyi kutshisa ngokukodwa. Ukukhanya okudlulayo kukukhanya kwexesha lokukhanya kwemithombo yokukhanya ye-LED. Ireyithi, ukuhanjiswa kokukhanya, ubume besibiyeli (i-reflector cup) imbonakalo kunye nezinye iimeko, ezingahambelani nobushushu be-chip knot. Ilinganisa kuphela intsingiselo yokuthelekisa, kwaye umphumo wokukhanya odlulayo awukwazi ukumela imeko yangempela yokusebenza. Njengeshishini elivelayo elinobuchule kwilizwe lam, ukukhanya kwe-semiconductor. Nangona kunjalo, kwintsimi yemithombo ekhethekileyo yokukhanya kwe-LED, ngenxa yomgangatho ophezulu wobugcisa, imarike ilawulwa ziinkampani zangaphandle. Umthombo wokukhanya we-COB wemibala emibini ye-cob yodwa yintshukumo ye-electron kwizinto ze-semiconductor ukuze zikhanyise. Ngenxa yokuba ii-diode ezikhupha ukukhanya zitshiswa ngaphandle kwee-filaments, ubude bobomi bude.

Njani malunga noMthombo wokuKhanya weCOB oMbini wemibala 1

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
Iiprojekthi Iziko loLwazi I-Blog
Uphuhliso lwe-UV Leds phantsi kobhubhane
Uphuhliso lwe-UV Leds phantsi kobhubhane
Usulelo olunxulumene nempilo kunye nolwasemanzini ludla ihlabathi iibhiliyoni zeerandi ngonyaka kunye namawaka obomi ngonyaka. Elinye inyathelo elibalulekileyo lokuthintela kukuvala inzala, nto leyo enokwenziwa kusetyenziswa iindlela ezahlukahlukeneyo, kuquka nemitha yokukhanya yeultraviolet (UV). Kuba iinkqubo ezifanelekileyo zokubulala iintsholongwane zinokunqanda usulelo lwezifo ezosulelayo, le mfuneko iye yangxamiseka ngakumbi ngenxa yobhubhani we-coronavirus yehlabathi. Xa kuthelekiswa nemithombo yokukhanya ye-semiconductor, imithombo yangoku efana neebhalbhu zemercury zininzi, ziyingozi, kwaye zinenketho ezimbalwa zosetyenziso. Yintoni? Ngaba ii-UV LEDs ? Ii-UV-LEDs zi-LED ezivelisa imitha ye-UV ene-wavelengths ye-400 nm okanye ngaphantsi. Zahlulwe kwii-LEDs ezinzulu ze-ultraviolet (DUV-LEDs), ezinobude obungange-200-3 2 0 nm, kunye ne-ultraviolet ukukhanya-emitting diodes (NUV-LEDs), ezinobude obuphuma malunga 3 2 0-400 nm. Ii-UV-LEDs zithembisa abaviwa kwizicelo ezininzi, kubandakanya ukutshintshwa kwezibane ze-UV, imithombo yokukhanya ye-fluorescence yokubonisa kunye nokukhanyisa, imithombo yokukhanya efanelekileyo yeemicroscopes kunye nezixhobo zokuvezwa, imithombo yokukhanya yokuvuselela imichiza 4 esetyenziswa kwi-biotechnology, amayeza, kunye nokunyanga i-resin, imithombo yokukhanya yokuvuselela i-spectroscopy esetyenziselwa ukuchongwa kwamanqaku emali, iitshiphu ze-DNA, kunye nokubeka iliso kokusingqongileyo, kunye nemithombo yokukhanya yococeko yokubulala iintsholongwane kunye nokuvala inzala. Ukudalwa kweUv Leds Nakubhubhane oqhubekayo, ukubulala iifomites sisenzo esibalulekileyo sempilo yoluntu ekupheliseni usulelo lwezifo ezininzi ezosulelayo. Ngokungathandabuzekiyo kukho umdla ekudaleni itekhnoloji enokuthi ivumele ukubulawa kweentsholongwane rhoqo, okuphezulu, ngakumbi kwiindawo ezityelelwa kakhulu zikawonke-wonke, ngenxa yolwazi lwamva nje lwendima esondeleyo kunye nomdlalo wangaphakathi wokuxinana ekusasazeni intsholongwane. Ngaphandle kokusebenza kwazo, iikhemikhali ezisebenzayo kwizibulali-ntsholongwane zemichiza yemveli kwiindawo zeklinikhi nakwilabhoratri zibeka imozulu, impilo yoluntu, kunye nemingcipheko yeziseko ezingundoqo ezenza kube nzima ukusasazwa kwazo ngokubanzi. Ukongeza, ukusebenza kwezibulala-ntsholongwane zemichiza kunokwahluka ngokuxhomekeke kumsebenzisi kunye nendlela abalandela ngononophelo ngayo iinkqubo zokucoca eziphindaphindwayo. Njengenye indlela, imitha ye-ultraviolet (UV) isetyenziswe ngokubanzi ukwenza ukuba kusebenze iintsholongwane ezininzi, kubandakanya iintsholongwane. Ukukhanya kwe-Ultraviolet kunokwenziwa ngokuzenzekelayo ukuvelisa idosi ye-germicidal ephindaphindwayo. Intshayelelo ye Uv ikhokelela inika umgangatho ofanayo wokuphelisa ungcoliseko njengezibane zemercury zemveli, kodwa ngeenzuzo ezininzi, kubandakanywa ubulula be-retrofit kwiintlobo ngeentlobo zemithombo yokukhanya engaphezulu kwesiqhelo, kunye nesakhono sokubulala iintsholongwane. Ukusebenza kwe-UV yokucoca kuboniswa yindlela echanekileyo yokusebenza kwayo. Ngelixa iziseko ze-thymine ezingabamelwane (okanye iziseko ze-uracil kwimeko ye-RNA) zinengxaki yokuncipha, ephazamisa ubume be-nucleotide ulandelelwano kwaye yenze "imiqobo" ekuphindaphindweni kwe-genome, iziseko ezikufutshane ze-nucleotide kwi-DNA kunye ne-RNA zifunxa ngokukodwa iifoto ze-UV. Abaphandi babonise ukusebenza kwe-antiviral ye- Imodyuli ekhokelweyo ngokwenza iintsholongwane ezimbini: i-coronavirus 229E yomntu (hCoV-229E) kunye ne-immunodeficiency virus type 1 (HIV-1). Abaphandi babonisa ukuncitshiswa okubonakalayo kokuphindaphindeka kwentsholongwane kwimizuzwana emva kokuvezwa kwe-UV-LED ngokulinganisa iimeko eziqhelekileyo zokusingqongileyo zokusasazeka kwentsholongwane (umzekelo, ukuthimla, ukukhohlela, amathontsi egazi) kusetyenziswa iindlela zokusasazeka kwethontsi. Uphando lwethu lunegalelo kumzimba wolwazi ekusebenziseni ii-UV-LEDs ukucoca iindawo zoluntu ezinonxibelelwano oluphezulu. Ii-UV-LEDs zimele ukhuselo olongezelelweyo, olusebenzayo kakhulu lokhuselo ngokuchasene nokusasazeka kwe-pathogen kuba azibizi kwaye kulula ukuyifaka kuluhlu lwezixhobo zokukhanya ezikhoyo, ngakumbi ngexesha lobhubhani oluqhubekayo losulelo lokuphefumla. Iimfuno zeUV-LEDs Ii-LED ezisithoba ze-275 nm kuluhlu lwe-3 3 kunye namashumi amabini e-380 nm LEDs kwi-4 5 uluhlu lubandakanya iiseti ezimbini ze-UV-LEDs ezibonelelweyo. Umgama phakathi kwe-LED kunye nesampuli eveziweyo yayijikeleze i-5 cm, kwaye ukuphuma kokukhanya kwe-UV ukusuka kuluhlu ngalunye ukusuka kwi-0.4 ukuya kwi-0.6 mW / cm2. Elona xesha liphezulu lokusasazeka kwemitha laliyimizuzwana engama-30, kwaye uluhlu oludityanisiweyo lwanikezela ngethamo lilonke kwiisampulu zeradioactive ukusuka kwi-8 mJ/cm2 ukuya kwi-20 mJ/cm2. Indawo yonke ekhanyisiweyo yesixhobo yayimalunga ne-10 cm nge-20 cm, okanye i-200 cm2, inkulu kakhulu kunesampulu elayitiweyo, kwaye ifumene idosi ye-aquifer iyonke ye-1.6 J ukuya kwi-4 J. Iziphumo kuPhando loPhuhliso lwe-UV LED phantsi kobhubhane Imodyuli ekhokelweyo ziye zaboniswa kolu phononongo ukuba luyasebenza ekungavuthi ntsholongwane kwi-UV-resistant, i-HIV-1, kunye ne-coronavirus yomntu 229E. Kwimeko ye-coronavirus yomntu, sibone ukuncipha kokuphindaphinda kwentsholongwane ukuya kuthi ga kwi-5.8-Log. Ekubeni umonakalo we-RNA yeyona ndlela ikhethekileyo yokucinywa imitha ye-UV kunye nokuba i-229E iyintsholongwane ye-RNA njani, abaphandi baqikelela ukuncipha okufanayo kosulelo emva kokuvezwa kwi-UV. Nangona kunjalo, abakhange bahlole ngokuthe ngqo ukuba oku kuncitshiswa kokuphindaphindwa kwe-hCoV-229E kuhambelana nokuncipha okufanayo kosulelo. Abaphandi balumkisa ngelithi iziphumo zethu zinokusetyenziswa ngokuthe ngqo ekuvavanyeni ukusebenza kakuhle ekucoceni iintsholongwane ezingagqunywanga kuba zihlala zikwazi ukumelana ne-UV kuneentsholongwane ezigqunyiweyo. Kolu phononongo, uphando lubonisa ukuba uyilo lwethu lwentsholongwane olukhethiweyo zonke yayizintsholongwane ezigutyungelweyo, ezikhethelwe ukuhlola nawuphi na umahluko onokwenzeka ekwamkelweni kwe-UV ngenxa yobude bejenome yentsholongwane. Ukungasebenzi kweB. I-pumilus spores, eyaziwa ngokuba nenqanaba eliphezulu lokomelela kwe-UV, yaboniswa kulingo lwethu. Abaphandi bathi obu inokuba bubungqina bokuqala bokuba iintsholongwane ezingagqunywanga zinokuthi zingasebenzi kukukhanya kwe-UV. Kuye kwacetywa ukuba kusetyenziswe i-B. i-pumilus spores njengendawo yokuma yokuvavanya ukungasebenzi kwe-rotavirus yomntu engagqunywanga ngemitha ye-UV. https://www.tianhui-led.com/uv-led-diode.html Ungayithenga phi i-UV yakho ye-LED ukusuka? Ngokuqhutywa ngokupheleleyo kwemveliso, umgangatho ongaguqukiyo kunye nokuthembeka, kunye neendleko ezifikelelekayo, Tianhui Electronics ebesebenza kwi Isisombululo se-UV LED imarike. UV L abavelisi be-ed yiza kwi-UVA, UVB, kunye ne-UVC yamaza. Ngokusekwe kwiinkqubo ezahlukeneyo ze-UV, iintlobo ezininzi ze Uv ikhokelela ziyafumaneka, ezifana UV LED imigibe yeengcongconi, UV LED iibhotile zokuvala inzala, kunye nenqwelo-mafutha UV LED abacoci bomoya. Namhlanje Isisombululo se-UV LED isetyenziselwa ukuphelisa ipathogen emoyeni kunye nokucocwa kwefotocatalytic kwimoto UV LED abacoci bomoya. Ngetekhnoloji ye-UVC yokuphelisa iintsholongwane ze-LED, engeyotyhefu kunye ne-mercury-free, ngaphandle kwemitha okanye ivumba, izinga lokubulala iintsholongwane kwi-UVC LED iikomityi zokubulala iintsholongwane ezinokufikelela phezulu ukuya kuma-99%. Xa isetyenziswe kwi-a UV LED umgibe weengcongconi, Ii-LED ze-UV ngesiphumo esiphezulu se-optical sinokutsala iingcongconi ngokufanelekileyo kwindawo enkulu. Baphinde bavelise i-CO2 nge-photocatalytic reaction kunye ne-TiO2 egqunywe kwicala langaphakathi lophahla oluphezulu.
I-LED RGB iFaka ngokuNgqo ngokuPheleleyo -umbala-mibala emithathu yeSakhiwo sePakeji yesibane sesibane sesibane
I-LED RGB iFaka ngokuNgqo ngokuPheleleyo -umbala-mibala emithathu yeSakhiwo sePakeji yesibane sesibane sesibane
I-LED ukukhanya-emitting diode inokwahlulwa ibe yi-monochrome, i-two-color, i-three-color, kunye ne-RGBW ezine -umbala we-4-umbala we-LED ngokwemibala eyahlukeneyo ekhanyayo. Amaso isibane se-LED esinemibala emithathu sifakwe kwaye amaso esibane se-LED anemibala emithathu ayenziwe ngokulandelelana, njenge-5mmRGB amaso wesibane se-LED anemibala emithathu, i-5050RGB patch, njalo njalo. I-diode ekhanyayo enemibala emithathu ifakwe kunye nemibala emithathu eyahlukeneyo yetyhubhu. I-LED ngqo-enemibala epheleleyo -umbala ezintathu-umbala we-LED amaso esibane anezikhonkwane ezine. Izikhonkwane ezine zahlukile. Ezona phini zinde zizikhonkwane zikawonke-wonke. , Ngokwe-polarity eyahlukileyo yephini likawonkewonke, kukho i-yin eqhelekileyo kunye ne-yang. Umzekelo, i-5mm ngqo -colored full -color common yang LED amaso isibane ziqhagamshelwe kwimibala emithathu eqaqambileyo (imibala ebomvu, eluhlaza, nebhlowu). Iinyawo zinemibala emithathu eyahlukeneyo ebomvu, eluhlaza, nebhlowu. Xa uyisebenzisa, uluntu lulungile, kwaye ezinye izikhonkwane zinokuqhagamshelwa kumbane osebenzayo njengoko kufuneka. 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
I-3528 i-Infrared Light Beads Isetyenziswa ikakhulu kuMzi mveliso wobuhle kunye noNyango loMzi.
I-3528 i-Infrared Light Beads Isetyenziswa ikakhulu kuMzi mveliso wobuhle kunye noNyango loMzi.
Isixhobo sobuhle bemaski sishushu kakhulu kule minyaka mibini idlulileyo. Kukho intaphane yamaso ezibane, kwaye kukho amawaka. Inzuzo kukuba inokusetyenziswa ngokuthe ngqo ebusweni, kwaye isakhiwo sokukhusela amehlo sinokusetyenziswa. Ingasetyenziselwa ukuba uswayiphe kwaye uswayiphe ifowuni yakho ephathwayo. Ububi kukuba kukho iimaski ezithile, akukho ndlela yokukhanya edibeneyo. Umzekelo, obomvu, i-orenji kunye nobhlowu zizibane ezintathu ezahlukeneyo, kwaye ke amandla aphantsi. Enye kungenxa yokuba kukho iintlobo ezininzi zokutshaja, kwaye enye kungenxa yokuba izibane ezinkulu zerowu zivezwa kwisithuba se-15-20cm, kwaye imaski incamathele ngqo ebusweni ebusweni. Akukho lahleko yamandla ebangelwa ngumgama phakathi, ngoko ayifuni ukuba phezulu kakhulu. Imaski kwimarike isukela kumashumi eYuan ukuya kumashumi amawaka eYuan, enobudlelwane obuthile nenani, imodeli esebenzayo kunye nokumiswa kwebhrendi yamaso azo ezibane. I-3528 amaso okukhanya kwe-infrared asetyenziswa kakhulu kushishino lobuhle kunye nonyango lomzimba, kubandakanya izixhobo zokuvuselela ifoton, izixhobo zobuhle berediyo ye-RF, izixhobo zonyango ezibandayo ezishushu, iimitha zamehlo ubuhle, izixhobo zonyango ezibomvu neziluhlaza okwesibhakabhaka, izibane zemiqolo emikhulu, iimaski zefototherapy, indawo yokwenza mhlophe, ukukhanya okubomvu, ukukhanya okubomvu, ukukhanya okubomvu, ukukhanya okubomvu, ukukhanya okubomvu, ukukhanya okubomvu, iibhanti zonyango ze-infrared, ii-insoles zonyango ezibomvu ze-infrared, iimatrasi zonyango ezibomvu ze-infrared, iimathi ze-yoga ezibomvu ze-infrared, imilambo ebomvu yentamo ye-infrared, ukukhanya okubomvu kwamadolo e-infrared, njl. Abavelisi beZhuhai basebenza ngokukhethekileyo kwimveliso ye-3528 infrared light patch beads. Abathengi abatsha nabadala abayidingayo banokuza babuze okanye baqhagamshelane nabasebenzi bethu abasemthethweni benkonzo yabathengi. 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
akukho datha
omnye wababoneleli be-UV be-LED abanobuchule eTshayina
Qhagamshelana Nabo

+86-0756-6986060

My@thuvled.com

  +86 13018495990

My@thuvled.com

+86-0756-86743190


Ungayifumana   Apha
No 2207B, Vanke Yingxin Building, No.66 Shihua West Road, Xiangzhou District, Zhuhai, Guangdong, China.  
Copyright © 2022 Zhuhai Tianhui Electronic Co., Ltd. -Www.tianhui-led.com | Sitemap
Thetha kwi-intanethi