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+.
[Amandla] Kufanele Akhethwe Kanjani Amandla Omshini Wokuphulukisa we-UVLED?
2023-02-15
Tianhui
29
Okokuqala, kuyadingeka ukuqonda amandla omshini wokuphulukisa we-UVLED, ikakhulukazi amandla okukhanya okukhazimulayo makhulu futhi mancane. Ngakho ungawakhetha kanjani amandla omshini wokuphulukisa we-UVLED? Lapho umshini wokwelapha we-UVLED welashwa ngeglue ye-UV, kufanele uhlangabezane nezidingo ze-spectral wavelength kanye nokuminyana kwamandla okumuncwa kwe-UV glue. Namuhla, umenzi womshini wokwelapha we-UVLED u-Zhuhai Tianhui uzokutshela ngenkinga yokukhethwa kwamandla okukhethwa kwamandla omshini wokuphulukisa we-UVLED. Imiphumela ekhiqizwe umshini wokwelapha we-UVLED lapho ukhetha amandla amaningi noma aphezulu kakhulu 1. Imiphumela yamandla amancane kakhulu: Ikakhulukazi i-surface ephulukisa iglue ye-UV, uma amandla omshini wokuphulukisa we-UVLED emancane, khona-ke isikhathi sokukhipha imisebe side, idivayisi ingaphezu kwemishini Kungakhathaliseki ukuthi izikhathi ezingaki, umkhiqizo awukwazi ukuqina ngokugcwele. . Ngokuphambene nalokho, kungase futhi kuholele ekugugeni, ekuvaleni nasekuhwaqekeni kwe-glue surface layer, futhi kuzophinde kuthinte ukunamathela kweglue ye-UV ku-substrate. Ngakho-ke, lapho sikhetha umshini wokuphulukisa we-UVLED owelapha iglue ye-UV, sidinga ukukhetha umshini wokwelapha onamandla ahlukene ngokwezidingo zethu. 2. Imiphumela yamandla amakhulu: Amandla amaningi awanawo umthelela omubi emkhiqizweni, kodwa azonyusa izindleko zemishini yokuqala kanye nokusetshenziswa kwemithombo yamandla yakamuva. Ungakhetha kanjani amandla omshini wokwelapha we-UV LED? Ungawukhetha kanjani umshini wokwelapha we-UV LED onamandla ahlukene? Amandla okwelapha e-UV ngokuvamile ahlangabezana nezidingo zokusebenza okuhlukile kweglue ye-UV: 1. Kumakhasimende anezinhlelo zokusebenza zokulapha ngaphezulu, abakhiqizi bemishini yokwelapha ye-UVLED badinga ukumisa amapharamitha anikezwe abakhiqizi beglue be-UV. Futhi ukuhlolwa kwamaphrojekthi wesikhathi eside kungenziwa ukuze kube nomphumela omuhle kakhulu wokuqinisa. 2. Kumakhasimende angama-adhesive applications, kuyadingeka ukucabangela indawo ye-irradiation kanye nesikhathi sokuphulukisa. Ngokwala maphuzu amabili, khetha amandla afanele omshini wokwelapha we-UVLED. Ngoba lokhu akuthinti nje kuphela umphumela wokuphulukisa, kodwa futhi kuhilela ukucushwa kokusetshenziswa kwamandla, okuhlobene nezici ezibalulekile ezifana nezindleko zokukhiqiza. Ukukhethwa kwamandla akumele kube budlabha, ngoba lokhu kungase kubangele izinkinga eziningi esikhathini esizayo. Esifanelana nathi iyona engcono kakhulu. Siyi-Zhuhai TIANHUI Technology Development Co., Ltd. Masikusize ukukhetha. Sixhumane ngokushesha.
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
Muva nje, amanye amakhasimende afuna ukusebenzisa i-UVLED coatings ukuze afake emkhiqizweni futhi abeke inqubo yokusabela endaweni ekhethekile. Kucatshangwa ukuthi abasebenzi abakwazi ukuphuma
Imishini yokwelapha ye-UVLED isetshenziswa kabanzi. Ngokuhambisana nezidingo ezahlukene, umshini wokwelapha we-UVLED unezinhlobo ezahlukene. Imishini yokwelapha ngendlela ye
Ukusebenza kwedivayisi yokwelapha ye-UVLED kusethelwe kakhulu ekusebenzeni kokuphakelwa kwamandla. Ngakho-ke, ukuklama kokunikezwa kwamandla kubaluleke kakhulu. T
Umgomo oyisisekelo wokuqiniswa kwe-UV ukusebenzisa imisebe ye-UV ultraviolet ukwenza ama-molecule ezinto ezizwela ukukhanya abola ukuze akhe ukukhanya okukhulu.
Ihluke kakhulu kuleyo yezingxenye zendiza ezisezingeni eliphezulu ezifana ne-flooring yamapulangwe. Umdwebo we-UV uhluke kakhulu. Ngenxa yomumo nobukhulu obuhlukene bo-wo
Indlela yokulawula amandla okukhipha omthombo wokukhanya we-UV, isilawuli sethu se-Tianhui ngokuvamile sisebenzisa ukunikezwa kwamandla wamanje, okushintsha amandla okukhipha
Muva nje, amanye amakhasimende abize ukuzothintana nemishini yokwelapha i-UV glue. Amanye amakhasimende aphinde asho ukuthi ijubane lokwelapha liyashesha ngokwanele. Nge-dev eqhubekayo
Incazelo yomkhiqizi ngamunye wemithombo yokukhanya yomugqa we-UVLED ihlukile, ngokuvamile ibhekisela kumthombo wokukhanya onobubanzi bokukhanya obungaphansi kuka-10mm noma 15mm, futhi un.
Ukuphila kobuhlalu besibani se-UVLED ngokuvamile amahora angama-20,000. Ingabe i-UVLED ingasebenza amahora angama-20,000 ngokujwayelekile? Ngesikhathi sokusetshenziswa, ngenxa yesimo sokuhluleka kokukhanya, impilo ye-UVL
Muva nje, amazinga okushisa aphezulu, izingxenye eziningi zezwe zimbozwe izinga lokushisa elingaphezu kwama-degrees angu-35. Ukushisa kungenza abantu bazizwe bengakhululekile, kanye ne-UVLE
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
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my@thuvled.com
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Ungathola Thina lapha
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