I-Tianhui- engomunye wabakhiqizi nabahlinzeki be-chip be-UV LED abahamba phambili inikeza isevisi ye-chip ye-ODM/OEM UV eholayo iminyaka engaphezu kuka-22+.
[Water Cool VS Wind Cool] Inzuzo Yomthombo Wokukhanya We-UVLED Opholile Wamanzi
2023-02-04
Tianhui
12
Ngemva kweminyaka eminingana yokuthuthuka emithonjeni yokukhanya ye-UVLED, indlela yamanje yokupholisa evamile ukubanda komoya nokupholisa amanzi. Uyini umehluko phakathi komthombo wokukhanya opholile ngamanzi kanye nomthombo wokukhanya opholile emoyeni? Okokuqala, kufanele siqonde ukuthi yini isimiso sokuchithwa kwamanzi okushisa okupholile kanye nokuchithwa kokushisa okupholile emoyeni. I-air-cooled heat dissipation ibhekisela ekushiseni okungemuva kobuhlalu besibani se-UVLED. Isetshenziselwa ukuqeda ukushisa okuvela ku-convection enamandla ekhiqizwa ifeni yangemuva. Ngalesi sikhathi Kuphela okwanele ukuqhuba ngokunengqondo ukushisa conduction. Isinki sokushisa esipholiswe ngamanzi sisho ukushisa okusabalele okuvela emanzini ageleza emanzini ageleza ebuhlalu besibani se-UVLED. Ngoba isilinganiso samanzi samanzi singama-4200 J/(kg
· k) Ingasusa ukushisa okungu-4200J. Ngalesi sikhathi, izidingo zevolumu yekhanda lemisebe ye-UVLED aziphezulu njengomoya nokubanda. Inqobo nje uma kukhona ukugeleza kwamanzi okwanele kanye nendawo yokushintsha ukushisa. Imishini yokupholisa amanzi inezinzuzo ezilandelayo: 1
> Idivayisi ye-UVLED epholile ngamanzi ingakwazi ukuzivumelanisa kangcono nemvelo yekhasimende. Kungakhathaliseki ukuthi indawo epholile noma igumbi elibandayo, umthombo wokukhanya we-UVLED opholile ngamanzi ungashintshwa kahle ukuze ube ngcono kakhulu Ukusebenza kahle kwe-thermal conductivity ukushisa i-UVLED, ngoba umshini opholile ngamanzi ungalungisa izinga lokushisa lokupholisa; 2
> I-thermal conductivity yedivayisi ye-UVLED epholile ngamanzi iphezulu. Wonke umuntu uyazi ukuthi isilinganiso samanzi empilweni yansuku zonke siphezulu kakhulu, futhi siqhathaniswa nakakhulu nomoya; 3
> Idivayisi ye-UVLED epholile ngamanzi iqhathaniswa nedivayisi ye-UVLED ebandayo-ebandayo, usayizi womumo wekhanda le-irradiation ungenziwa. Ukuze ube mncane, umthamo wekhanda lemisebe ye-UVLED uhlangene kakhulu, futhi kulula ukuhlanganisa nokufaka lapho ikhasimende lisetshenziswa; 5
> Ukushintshaniswa kokugcina okushisayo kwemishini ye-UVLED epholile ngamanzi akwenziwa ngokuqondile ekhanda lokushiswa kwemisebe, kodwa emshinini wokupholisa amanzi ogcina amanzi. , Imishini yokulungisa ikhasimende nayo ilula kakhulu. Asikho isidingo sokuqaqa ikhanda le-irradiation ukuze lihlanzwe futhi ligcinwe. Kudingeka kuphela ukuqinisekisa ukuthi ukugeleza kwamanzi kujwayelekile futhi umshini opholiswe ngamanzi unomoya omuhle. Ngokubuka okungenhla, kunconywa ukusebenzisa amadivaysi e-UVLED apholile ngamanzi!
Umbhali: Tianhui- Ukubulala Umoya
Umbhali: Tianhui- Abakhiqizi be-UV Led
Umbhali: Tianhui- Ukubulawa kwamanzi kwe-UV
Umbhali: Tianhui- Isixazululo se-UV LED
Umbhali: Tianhui- I-UV Led diode
Umbhali: Tianhui- Abakhiqizi be-UV Led diodes
Umbhali: Tianhui- Imodyuli ye-UV ehola
Umbhali: Tianhui- UV LED yokuphrinta UV
Umbhali: Tianhui- Isicupho somiyane se-UV LED
Thintana nathi
Izindatshana ezinconyiwe
Ngokombono wokuklama, khuluma ngedizayini yesibani samandla aphezulu e-LED, futhi ngokombono wezakhiwo, ukukhanya kwe-LED yobuhlalu obunamandla amakhulu, okungase kube
1. Izici zomkhiqizo womthombo wokukhanya we-Tianhui UVLED: 1. Kusetshenziswa ubuhlalu bamalambu base-Japan base-Asia obungenisiwe, amandla aphezulu, ukwethembeka okuphezulu, kanye bheka
Kunezinhlobo eziningi zobuhlalu besibani se-LED emakethe. Akulula ukukhetha ubuhlalu besibani se-LED obufanelana nawe phakathi kwemikhiqizo eminingi. Ubuhlalu besibani se-LED obukhiqiziwe buno-b
Ngokufakwa kuhlu okuqhubekayo nokuvuselelwa kwamadivayisi ahlakaniphile, amawashi ahlakaniphile manje athatha impilo yethu yansuku zonke ngokushesha, ikakhulukazi amawashi ezingane angakwazi ukubamba indawo.
Njengoba amakhasimende evame ukufona ukuze abonane nemishini yokwelapha iglue ye-UVLED, amanye amakhasimende aphinde asho ukuthi ijubane lokwelapha lishesha ngokwanele. Nokho, kukhona izici ezimbili
Ingxenye yeglue ye-Lotte cishe i-50% yemakethe, ngakho-ke izicelo eziningi zizosebenzisa ingcina kaLotte. I-Leste 3211 iyiglue ye-UV eyethulwe yi-LETII. Isetshenziselwa ukwelashwa
Ukuqina kwe-UVLED, isimo esiyinhloko ukuthi ukumuncwa kwe-molecule ye-quantum ekhanyayo enamandla anele kuba i-molecule yesikhuthazo, ibola ibe yi-r yamahhala.
Muva nje, amakhasimende amaningi athintana nobuchwepheshe bokuphrinta be-UV be-TIANHUI kanye nemishini emkhakheni wobuchwepheshe bezimonyo. Eqinisweni, ekhadini lokuphrinta lokuphrinta le-cos
Ukuqina okujulile kwemisebe ye-ultraviolet, isimo esiyinhloko ukuthi i-molecule kufanele imunce ukukhanya kwe-quantum ngamandla anele futhi ibe imvukuzane evuselelayo.
I-Zhuhai TIANHUI Technology Development Co., Ltd. ungumholi womhlaba wesixazululo esiqinile se-UVLED. Kusetshenziswa ama-LED ekhwalithi ephezulu, izinjini eziningi ezikhanyayo, okokubona nokupholisa
Ayikho idatha
omunye wabahlinzeki be-UV LED abachwepheshile eChina
sizibophezele kuma-LED diodes iminyaka engaphezu kwe-22+, umkhiqizi we-chips we-LED ohamba phambili & umphakeli we-UVC LED 255nm265nm 275nm, UVB LED 295nm ~ 315nm, UVA LED325nm 340nm 365nm ~ 405nm
+86-0756-6986060
+86 13018495990 
my@thuvled.com
+86-760-86743190
Ungathola Thina lapha
2207F Yingxin International Building, No.66 Shihua West Road, Jida, Xiangzhou District, Zhuhai City, Guangdong, China
