Isishwankathelo se-420nm LED

Ukwazisa

Ii-LED ezisebenza kwi-ultraviolet (UV) kunye ne-violet spectrums zidlala imisebenzi ebalulekileyo ekudaleni uluhlu olubanzi lwezenzululwazi, ushishino, kunye nempahla yabathengi kunye neenkonzo. Ii-LED ze-UV, ezinobude obusuka kwi-100 nm ukuya kwi-400 nm, zihlala zisetyenziselwa ukwenza inzala ngenxa ye-phototherapy, kunye nokunyanga. I-Violet light LEDs ezinobude bamaza ukusuka kwi-400 nm ukuya kwi-450 nm zisetyenziswa kwitekhnoloji yokubonisa, unyango lwezithambiso, kunye nezinye izinto ezisetyenziswayo.

I-420 nm wavelength ilele ekudibaneni kwe-UV-A (315 nm-400 nm) kunye nokukhanya kwe-violet (400 nm-450 nm). Olu tshintsho lwe-wavelength luneempawu ezithile ezilwenza lube luncedo kwimimandla efana nonyango lwezonyango, uphando lwezenzululwazi, kuquka neemveliso ezintsha zabathengi. Ngenxa yokuba isebenzisa iimpawu zayo ezahlukileyo, itekhnoloji yokukhanyisa i-420nm ye-LED yoyisa umahluko phakathi kwe-ultraviolet kunye nokukhanya okubonakalayo. Eli nqaku lintywila kuyilo lobuchwephesha, ukusetyenziswa, kunye nezibonelelo ze-420 nm LEDs, kugxilwe ekusetyenzisweni kwazo kwizicelo ezizodwa.

1. Isishwankathelo sobuGcisa be-420 nm LEDs

I-420 nm ye-wavelength ilele malunga nokudibana kwe-UV-A kunye nokukhanya okubonakalayo, kubandakanya iimpawu ezivela kuzo zombini iispectrum. Ngaphandle kwamaza anzulu e-UV abandakanya i-365nm okanye i-395nm, elungele ukwenza inzala okanye iinkqubo zefotochemical, ii-LED ze-420 nm zikhupha amandla amancinci. Oku kubangela ukuwohloka kwezinto eziphantsi ngelixa kugcinwa iimpawu ze-photoreactive, zizenza zilungele izicelo ezidinga amanqanaba ombane aphakathi.

Ii-LED ze-420nm ngokuqhelekileyo ziveliswa kwizinto ze-semiconductor ezifana ne-gallium nitride (GaN) okanye i-indium gallium nitride (InGaN), eyaziwa ngokubanzi ngokukwazi ukukhupha ukukhanya kubude obufutshane. Ngokukodwa izicelo ezifuna amandla aphezulu e-LED chips ezifana ne-Tianhui ye-SMD 3737 ephezulu yamandla e-UV LED chip ibe yimigangatho yoshishino. Ezi chips zibonelela ngokukhutshwa kwewavelength echanekileyo, ukukhanya okuqaqambileyo okuqaqambileyo, kunye nokuthembeka okubalaseleyo.

Iimpawu eziphambili ezinxulumene ne-420 nm LED zi

●  IsiPhumo saMandla:  Ukuqina kokukhanya okuphezulu kunye nokukhutshwa kobushushu okuncinci.

●  Ukuchaneka kweWavelength: Ukunyamezelana okuqinileyo kuqinisekisa imveliso engaguqukiyo ngaphezu kwe-420 nm spectrum.

●  ubomi obude:  I-avareji yokusebenza ixesha elide idlula iiyure ezingama-25,000, kude kuphele imithombo yokukhanya ye-UV eqhelekileyo.

Ezi mpawu zidibene zenza ii-LED ze-420 nm zibe yindlela ethembekileyo yezicelo ezifuna ukuchaneka kunye nokungaguquguquki.

2. Izicelo eziphambili ze-420nm ze-LED Technology

2.1 Izicelo zonyango nezamazinyo

Kwezamayeza, ii-LED ze-420nm zidlala indima enkulu kunyango kunye nezixhobo zokuxilonga. Imitha yabo ephakathi yefotonic yenza ukuba kusebenze izinto ezibonisa ukukhanya ezisetyenziswa kwiinkqubo zokucoca umlomo, okukhokelela kunyango olusebenzayo ngakumbi lweengxaki zeentsini kunye nezinye izigulo.

Kwi-dermatology, ii-LED ze-420 nm zisetyenziselwa unyango olukhanyayo oluhlaza okwesibhakabhaka, uhlobo lonyango olungenayo invasive oluphatha i-acne kunye nezinye iziphazamiso zesikhumba. Ubude bokukhanya bokukhanya bungena kwidermis kwaye bujolise kwi-porphyrins eveliswe yibhaktheriya ebangela i-acne, ngoko ke iphazamisa ukukhula kwebhaktheriya. Olu buchule bokukhetha lunciphisa ingozi kwizihlunu ezikufutshane, luyenze ibe lukhetho olukhuselekileyo lonyango.

2.2 Uphando lwezoShishino nezeNzululwazi

Ii-LED ze-420nm zibalulekile kwiilabhoratri zophando lwe-photoreaction, ngakumbi ezo zifuna amanqanaba ombane aphakathi. Ubude bayo obuchanekileyo buvumela ukusebenza kwee-molecule ezithile ngelixa uphepha iziphumo ezingafunekiyo. Ukongeza, ezi LED ziqeshwe kuhlalutyo lwezinto ezibonakalayo ukufumana i-fluorescence okanye iimpawu zokufunxa izinto phantsi kweemeko zokukhanya ezilawulwayo.

Kwizicelo zoshishino, ii-LED ze-420 nm zisetyenziselwa ukunyanga i-resin kunye ne-adhesives, apho amandla abo e-photonic aqala i-polymerization. Ubude bobude buququzelela unyango olukhawulezayo ngaphandle kwezixhobo ezitshisayo, kungoko kugcinwe imfezeko yolwakhiwo.

2.3 Izicelo zabathengi nezoRhwebo

Ii-LED ze-420 nm zafumana ukuvelela kwizicelo zabathengi kubandakanya nokucocwa kwamanzi & ukuvalwa komoya, apho ubunzulu be-UV obuphakathi bunciphisa iintsholongwane ngaphandle kokuvelisa izinto eziyityhefu.

Ii-LED ze-420 nm zisetyenziswa kunyango lwezithambiso ukuvuselela ulusu ngokuvuselela ukwakheka kwe-collagen kunye nokunciphisa ukungahambi kakuhle kwebala. Iziboniso zorhwebo nazo zizuza kwii-LED ze-420 nm kuba ukukhanya kwazo kwe-violet kuphucula ukuqonda kombala kwaye kugxininise iimpawu ezithile zemveliso, ngakumbi kwizinto zobucwebe okanye imiboniso yobugcisa.

3. Izinto ezilungileyo ze-420nm LED Technology

Ukusebenza kakuhle kwamandla kunye nokuzinza

Xa kuthelekiswa namanye amaza e-UV okanye amaza e-violet angama-420 nm ii-LED asebenza ngokugqithisileyo ngamandla, asebenzisa amandla amancinci rhoqo kumanqanaba alinganayo emveliso. Uzinzo lwabo olusisiseko lokukhanya lubonelela ngokusebenza kwexesha elide, okubalulekileyo kuphando nakwimeko zoshishino.

IsiPhumo saMandla aPhakamileyo kunye nokuPhuma koBubushushu obuphantsi

Ii-LED ze-420nm zenzelwe ukuvelisa ukukhanya okuphezulu kunye nokulahleka kobushushu obuphantsi. Lo mba ubalulekile kukhathalelo lwempilo kunye nezicelo zorhwebo apho ukusetyenziswa okwandisiweyo kuxhaphakile. Ukushisa okuncitshisiweyo kunciphisa imfuno yeenkqubo zokupholisa ezincedisayo, ezinciphisa iindleko zokusebenza.

Ukuqina kunye neeNzuzo zokusiNgqongileyo

Ii-LED ze-420 nm zineziyilo ezinzima, ngokuqhelekileyo zineengubo ezikhuselayo zokwandisa ukomelela kumswakama kunye noxinzelelo lomatshini. Ngaphandle kwemithombo emidala ye-UV efana nezibane zomphunga zemercury, ezi LED azinabungozi kokusingqongileyo, azinazithako eziyingozi, kwaye zisebenzisa amandla amancinci. Ubomi bayo obude buguqulela kwiimfuno ezimbalwa zokugcina, ukunciphisa ukuphazamiseka kokusebenza kunye neendleko.

4. 420 nm ii-LED vs. Imithombo yokukhanya ye-UV yesiNtu kunye neViolet

Imithombo yokukhanyisa eqhelekileyo ye-Ultraviolet kunye ne-violet, njengezibane ze-mercury zomphunga, zinezinto ezininzi ezingalunganga, ukungasebenzi kakuhle, ukuthotywa kokukhanya, kunye nobungozi bokusingqongileyo. Xa kuthelekiswa, ii-LED ze-420 nm zigqwesa:

●  Ukusebenza kakuhle kwamandla: Ii-LED ziguqula amandla ombane ekukhanyeni ngokufanelekileyo, ukunciphisa ilahleko yamandla.

●  Ubomi obude:   Uthathela ingqalelo ubomi bokusebenza obungaphezulu kweeyure ezingama-20,000, ii-LED ezingama-420 nm ziphila ngaphandle kwezibane zemercury.

●  Ukhuseleko lokusiNgqongileyo: xa kuthelekiswa nezibane ze-mercury, ii-LED azikho kwiikhompawundi ezinobuthi, eziphelisa imiba yokulahla.

Ii-LED zibonelela ngemveliso engaguquguqukiyo ngaphandle kokuqhwanyaza okanye ukuthotywa kokukhanya, okuzenza zilungele imisebenzi exhomekeke ngokuchanekileyo. Ezi mpawu zibonisa ukuba kutheni ii-LED ze-420 nm zitshintsha ngokukhawuleza imithombo yesiqhelo kuwo wonke amacandelo.

Ukugqitywa

I-LED yangaphambili ye-420nm yimveliso yeteknoloji ewela ukwahlukana phakathi kwe-ultraviolet kunye nokukhanya okubonakalayo. Iimpawu zayo ezahlukileyo, ezinje ngokuchaneka kobude beza, ukusebenza kakuhle kwamandla, kunye nokuveliswa kobushushu obuphantsi, kuyenza ibaluleke kakhulu kumashishini akhethekileyo njengonyango, uphando, kunye nobuchwepheshe babathengi.

Xa kuthelekiswa nemithombo yokukhanya yemveli, ii-LED ze-420nm zibonelela ngokuqina okuphezulu, ukhuseleko lokusingqongileyo, kunye nokusebenza kakuhle. Njengoko iinkampani zigxininisa ubume bendalo kunye nokuchaneka, ukusetyenziswa kwee-LED ze-420nm kuqikelelwa ukuba kwandiswe, ukomeleza isikhundla sabo njengokhetho oluguquguqukayo kwiintlobo ezahlukeneyo zezicelo.

Ii-LED ze-420nm zezinye zeendlela ezintsha zobuchule bezonyango, abaphandi, kunye nabavelisi, ukudibanisa itekhnoloji ephezulu kunye neenzuzo ezisebenzayo. Njengobuchwephesha bokusika, ezi LED aziphuculi kuphela ukusebenza kodwa zivula umnyango wenkqubela phambili yeefotonic nangaphaya.