Ukuqhubela phambili kwiTekhnoloji ye-UV ye-LED: Ukuphonononga amandla e-405 Nm Wavelength

Wamkelekile kuphononongo lwethu olunzulu lokuhambela phambili okumangalisayo kwitekhnoloji ye-UV ye-UV, egxile ngakumbi kumandla anomdla we-405 nm wavelength. Kweli nqaku, siza kuphonononga kubuchule obutsha kunye nokusetyenziswa okunokubakho kwetekhnoloji ye-UV ye-LED, sikhanyisela indlela ethe yawaguqula ngayo amashishini ahlukeneyo, kubandakanya ukhathalelo lwempilo, ukuvelisa, nangaphaya. Njengoko sityhila isayensi emva kobu bubudenge bunomtsalane, uya kufumanisa intaphane yeenzuzo ezizisayo, uthembisa ukucacisa kwakhona imida yento enokwenzeka. Sijoyine kolu hambo lukhanyisayo njengoko sivula amandla okwenyani etekhnoloji ye-UV ye-UV kwaye sityhila amathuba angapheliyo azayo.

Ukubophelela amandla e-405 nm Ubude beWavelength: Isingeniso kwiTekhnoloji ye-UV LED

Kwiminyaka yakutshanje, kubekho inkqubela ebonakalayo kwitekhnoloji ye-UV ye-LED, ngakumbi ekusebenziseni amandla e-405 nm wavelength. Olu phuhliso lunomdla lubonelela ngoluhlu olubanzi lwezicelo kuwo wonke amashishini ahlukeneyo. Kweli nqaku, siza kuphonononga ubucukubhede betekhnoloji ye-UV LED, sijonga amandla ayo kunye neenzuzo ezizisayo.

Itekhnoloji ye-UV ye-LED, emele i-ultraviolet-emitting diode, iye yaguqula amashishini afana nezempilo, ukuvelisa, kunye nokuzonwabisa. Ngobungakanani bayo obubambeneyo, ukusebenza kakuhle kwamandla, kunye nokuqina okongeziweyo, itekhnoloji ye-UV ye-LED iye yaba yeyona ndlela inamandla kwizibane ze-UV zemveli kunye neenkqubo zokukhanyisa ezisekwe kwi-mercury.

Ngaphambili kolu phuhliso lwetekhnoloji yiTianhui, uphawu oluphambili kwitekhnoloji ye-UV ye-LED. I-Tianhui ibe negalelo ekuqhubeni uphando olubanzi kunye nophuhliso ukwenzela ukuba kusetyenziswe amandla e-405 nm wavelength. Iimveliso zabo ezinqamlezileyo zenze amanyathelo abalulekileyo ekuvuleni amandla apheleleyo etekhnoloji ye-UV ye-UV.

Enye yeenzuzo eziphambili ze-405 nm wavelength kukukwazi ukuphelisa ii-microorganisms ezinobungozi kunye neebhaktheriya. Itekhnoloji ye-UV ye-LED, ekhupha ukukhanya kolu bude bukhethekileyo, iyonakalisa ngokufanelekileyo i-DNA kunye ne-RNA yeebhaktheriya kunye neentsholongwane, izenze zingasebenzi kwaye zingakwazi ukuvelisa. Oku kuneempembelelo ezibalulekileyo kwiinkalo ezahlukeneyo, ezifana nokucocwa kwamanzi, ukuvalwa komoya, kunye nezixhobo zonyango.

Kwintsimi yokucocwa kwamanzi, ukusetyenziswa kweteknoloji ye-UV ye-LED ene-405 nm wavelength ibonakalise ukuba iyasebenza kakhulu. Izibane ze-UV zesiNtu azizange zibe zininzi kwaye zinzima kuphela kodwa zazifuna ukusetyenziswa kweekhemikhali ezifana neklorini ukususa iibhaktheriya eziyingozi. Ngetekhnoloji ye-UV ye-Tianhui ye-UV ye-UV, izityalo zokunyanga amanzi kunye nemizi nganye ngoku inokonwabela amanzi akhuselekileyo nacocekileyo ngaphandle kwesidingo sezongezo zekhemikhali.

Ngaphaya koko, ukuguquguquka kwe-405 nm wavelength kunabela kunyango lomoya ngokunjalo. Ngengxaki yezempilo eqhubekayo yehlabathi, imfuno yokucoca umoya wangaphakathi ibe yeyona nto iphambili. Itekhnoloji ye-UV ye-LED, ngokukodwa kwi-405 nm wavelength, ibonelela ngesisombululo esikhuselekileyo nesisebenzayo sokukhupha iintsholongwane emoyeni kunye nokuphelisa amasuntswana ayingozi emoyeni. Iinkqubo ze-UV ze-UV ze-Tianhui zinokudityaniswa ngokungenamthungo kwiinkqubo ze-HVAC, ziqinisekisa ukuba umgangatho womoya wangaphakathi ugcinwa kumgangatho ophezulu.

Kwicandelo lezonyango, i-405 nm wavelength ibonise isithembiso esikhulu ekubulaweni kwezixhobo zonyango. Iindlela eziqhelekileyo zidla ngokubandakanya ukucoca ngesandla kunye nokusetyenziswa kwemichiza eyingozi. Nangona kunjalo, ngetekhnoloji ye-UV ye-UV ye-Tianhui, izixhobo zonyango zinokubulawa iintsholongwane ngokucokisekileyo nangokufanelekileyo. Oku akugcini nje ukugcina ixesha kunye nezixhobo kodwa kunciphisa umngcipheko wokusuleleka phakathi kwezigulane.

Kuyafaneleka ukukhankanya ukuba i-405 nm wavelength ikwasetyenziswa kwiinkqubo ezahlukeneyo zemizi-mveliso, ezinje ngonyango lwe-UV kunye nokufunyanwa komgunyathi. Ubukhulu bamandla obuphezulu betekhnoloji ye-UV ye-LED kolu bude bukhethekileyo buqinisekisa ukunyangwa okusebenzayo kunye nokuchanekileyo kweengubo kunye nokuncamathelisa. Ukongezelela, inceda ekubhaqweni kwemali namaxwebhu omgunyathi, nto leyo eyenza ukuba amashishini kunye namaziko emali akwazi ukuzikhusela kubuqhophololo.

Ukuqukumbela, ukuqhubela phambili kwitekhnoloji ye-UV ye-LED, ngakumbi ekusebenziseni amandla e-405 nm wavelength, ivule ihlabathi lamathuba kuwo onke amashishini awohlukeneyo. I-Tianhui, njengophawu oluthembekileyo kwitekhnoloji ye-UV ye-LED, idlale indima ebalulekileyo ekuqhubeni le nkqubela phambili. Ukusuka ekuhlanjululweni kwamanzi ukuya ekubulaweni komoya kunye nokutshatyalaliswa kwezixhobo zonyango, ukusetyenziswa kobuchwephesha be-UV LED kukude. Ngeenzuzo zayo ezininzi, akumangalisi ukuba itekhnoloji ye-UV ye-LED ikhawuleza ibe sisisombululo soluhlu olubanzi lwamashishini.

Indima yeTekhnoloji ye-UV ye-LED kumaShishini ahlukeneyo: Isishwankathelo esiBanzi

Kwiminyaka yakutshanje, itekhnoloji ye-UV ye-LED ibone intuthuko enkulu, iguqula amashishini amaninzi kwihlabathi liphela. Eli nqaku lijolise ekuboneleleni ngokubanzi indima ebalulekileyo edlalwa yiteknoloji ye-UV LED, ngokugxila ngokukodwa kumandla we-405 nm wavelength. Njengomdlali ophambili kule ntsimi, i-Tianhui ibihamba phambili kwezi nkqubela phambili, ihlala ityhala imida ukuze ivule amandla apheleleyo eteknoloji ye-UV LED.

Itekhnoloji ye-UV ye-LED ifumene ukuvelela kumashishini ahlukeneyo ngenxa yokukwazi ukuhambisa izisombululo ezisebenzayo nezisebenzayo. I-405 nm ye-wavelength iphawuleka ngokukodwa kwiimpawu zayo ezizodwa ezenza ukuba zisebenziseke kakhulu kwaye ziguquguquke kwizicelo ezininzi. I-Tianhui iye yazuza imali kule wavelength ngokuphuhlisa iimveliso ze-UV ze-LED ezibonelela ngeemfuno ezahlukeneyo zeshishini.

Ishishini elinye apho itekhnoloji ye-UV ye-LED ene-405 nm wavelength ingqineke inenzuzo enkulu ikwicandelo lezonyango kunye nezempilo. Ezibhedlele kunye neekliniki, itekhnoloji ye-UV ye-LED ibotshelelwa ukubulala iintsholongwane kunye nokucoca indawo, izixhobo kunye nomoya. I-405 nm wavelength, ngokukodwa, iphumelele kakhulu ekubhubhiseni uluhlu olubanzi lweebhaktheriya, iintsholongwane, kunye nezinye i-microorganisms ezinobungozi, ukuqinisekisa indawo ecocekileyo nekhuselekileyo yezigulane kunye neengcali zonyango.

Ngaphezu koko, itekhnoloji ye-UV ye-LED ifumene ukusetyenziswa ngokubanzi kwintsimi yokuhlanjululwa kwamanzi kunye nonyango. I-405 nm wavelength inobuchule ekwaphuleni i-organic compounds, ukuphelisa iikhemikhali ezinobungozi, kunye ne-bacteria engasebenziyo kunye neentsholongwane ezikhoyo kwimithombo yamanzi. Iimveliso ze-UV ze-UV ze-Tianhui ziye zaba luncedo ekuboneleleni izisombululo ezisebenzayo nezizinzileyo zokubonelela ngamanzi acocekileyo kwiindawo zokuhlala kunye nezoshishino.

Umzi-mveliso wokuthambisa kunye nobuhle ukwamkele amandla etekhnoloji ye-UV ye-LED ene-405 nm wavelength. Izixhobo ze-LED ezisebenzisa obu bude bamaza zisetyenziswa kunyango lobuhle olwahlukeneyo, njengokunciphisa amaqhakuva, ukuvuselela ulusu, kunye nonyango olulula. Iimveliso ze-UV ze-UV ze-Tianhui zenze ukuba iingcali zolu shishino ziphucule iinkonzo zazo ngonyango olusebenzayo nolungolulo.

Ngaphaya koko, itekhnoloji ye-UV ye-LED yenze inkqubela phambili ebonakalayo kwicandelo lokuprinta kunye nokunyanga. Ngokukwazi ukukhupha ukukhanya okuphezulu kwe-ultraviolet, i-405 nm wavelength ivumela ukunyangwa kwe-inki echanekileyo kunye nokukhawuleza kwinkqubo yokushicilela. Le teknoloji iye yaliguqula ishishini loshicilelo, yenza ukuba isantya semveliso sikhawuleze, umgangatho woshicilelo oluphezulu, kunye nokomelezwa kokuqina kwezinto ezishicilelweyo.

Olunye ushishino oluxhamla kakhulu kwitekhnoloji ye-UV ye-LED ene-405 nm wavelength lishishini lombane kunye ne-semiconductor. Izixhobo ze-UV ze-LED ziyimfuneko ekuveliseni nasekuhloleni iinkqubo ze-elektroniki. I-405 nm wavelength inika ukuchaneka okuphuculweyo kunye nokusebenza kakuhle ekuboneni iziphene, ukuqinisekisa umgangatho ophezulu wemveliso kunye nokuthembeka.

Ngapha koko, itekhnoloji ye-UV ye-LED ifumene izicelo kwintsimi yezolimo kunye nokulima. I-405 nm wavelength ibonakaliswe isebenza kakuhle ekwandiseni ukukhula kwezityalo, ukwandisa izivuno zezityalo, kunye nokuthintela ukusasazeka kweentsholongwane. Ngokusebenzisa le wavelength, i-Tianhui ibe negalelo kwizenzo zezolimo ezizinzileyo kunye nophuhliso lwezisombululo eziluhlaza kwimveliso yokutya.

Ukuqukumbela, itekhnoloji ye-UV ye-LED iye yavela njengenguqu yomdlalo kumashishini ahlukeneyo, kwaye amandla e-405 nm wavelength adlale indima ebalulekileyo ekuqhubeleni phambili kwayo. I-Tianhui, njengenkokeli kule ntsimi, iyaqhubeka nokuqhuba izinto ezintsha kunye nokutyhala imida ye-UV iteknoloji ye-LED. Ngezicelo zayo ezahlukeneyo kuwo wonke amashishini afana nokhathalelo lwempilo, unyango lwamanzi, ubuhle, ushicilelo, i-elektroniki, kunye nezolimo, itekhnoloji ye-UV ye-LED ene-405 nm wavelength iyiguqule ngokwenene indlela esiphila ngayo nesisebenza ngayo.

Ukutyhila iNtuthuko kwiTekhnoloji ye-UV ye-UV: Ukusuka kwiMithombo yeMveli ye-UV ukuya kwi-405 nm Wavelength

I-Tianhui inebhongo ngokutyhila inkqubela phambili yamva nje kwitekhnoloji ye-UV ye-UV, igxile ngakumbi kubuchule obumangalisayo be-405 nm wavelength. Kweli nqaku, siphengulula kwindaleko ukusuka kwimithombo ye-UV yesiko ukuya kwinkqubela phambili egqibeleleyo ephunyeziweyo nge-405 nm wavelength. Olu phuhliso lutsha luzisa intaphane yeenzuzo, ukuguqula amacandelo oshishino ahlukeneyo kunye nokusetyenziswa.

1. Ukuqonda iTekhnoloji ye-UV ye-LED kunye ne-Evolution yayo:

Itekhnoloji ye-Ultraviolet Light Emitting Diode (UV LED) iguqule indlela esisebenzisa ngayo ukukhanya kwe-UV kumacandelo ahlukeneyo. Ngokwemveli, imithombo ye-UV efana nezibane ze-mercury zazisetyenziselwa ukuphuma kwazo okuphezulu kwe-UV, kodwa zazithintelwe kukungasebenzi kwazo, ubuthathaka, kunye nefuthe eliyingozi lokusingqongileyo. Nangona kunjalo, ngokufika kwetekhnoloji ye-UV ye-UV, imbonakalo yomhlaba itshintshe ngokupheleleyo, ibonelela ngenye indlela ezinzileyo nesebenzayo.

2. Ukwazisa Amandla e-405 nm Wavelength:

I-405 nm wavelength ngaphakathi kwe-UV LED spectrum ibambe ukubaluleka okukhulu ngenxa yeempawu zayo ezizodwa kunye nosetyenziso oluninzi. Olu bude bamaza buwela phakathi koluhlu oluluhlaza okwesibhakabhaka kwaye luqhele ukubizwa ngokuba kufutshane ne-UV okanye i-UVA. Ngokungafaniyo nobude obufutshane obufana ne-UVC, i-405 nm wavelength ayinabungozi ebantwini kwaye ifumana ukusetyenziswa okubanzi kumashishini ahlukeneyo.

3. Izinto ezilungileyo ze-405 nm Wavelength:

3.1. Ukonyuka kokuSebenza: I-405 nm wavelength ibonisa ukusebenza kakuhle kokuguqulwa okuphezulu, ukusebenzisa amandla amancinci xa kuthelekiswa nemithombo ye-UV yendabuko. Oku akuncitshi nje iindleko zokusebenza kuphela kodwa kukwanegalelo kwimekobume ehlala iluhlaza nezinzileyo.

3.2. Intsebenzo eyongeziweyo: Itekhnoloji ye-UV ye-LED esebenzisa i-405 nm wavelength inika ukusebenza okuphuculweyo kwizicelo ezahlukeneyo. Yenza isantya esiphezulu sokunyanga, ulawulo oluchanekileyo ngakumbi, kunye nokwandisa imveliso, ukuququzelela iinkqubo ezilungelelanisiweyo kuwo wonke amashishini amaninzi.

3.3. I-Compact kunye noYilo oluQinisekayo: Iimodyuli ze-UV ze-LED ezisebenzisa i-405 nm wavelength zihlangene, zenza ukudibanisa kwiinkqubo ezikhoyo zingenamthungo. Ezi modyuli zomelele, zixhathisa ukothuka kunye nokungcangcazela, zibonelela ngobomi obude kunye nokuthembeka.

4. Ukusetyenziswa kwe-UV LED 405 nm:

Ukusebenzisa amandla etekhnoloji ye-UV ye-LED ene-405 nm wavelength ivule iingcango zezicelo ezibanzi kumacandelo amaninzi.:

4.1. Ukunyangwa kuShishino: I-405 nm wavelength iyasebenza kakhulu ekunyangelweni kokuncamathelisa kwimizi-mveliso, ukugquma, kunye nosetyenziso loshicilelo. Ukunyuka kwayo kwesantya sokunyanga kunye nokuchaneka kuvelisa iziphumo eziphezulu, ukunciphisa ixesha lokuvelisa kunye nokuqinisekisa umgangatho wemveliso.

4.2. Ukuvelisa kunye noHlolo: I-UV LED 405 nm iteknoloji iphinda isetyenziswe ngokubanzi kwiinkqubo zokuvelisa kunye nokuhlola. Ivumela ukubonwa kwempazamo okusebenzayo, ulawulo lomgangatho, kunye nokuhlolwa komphezulu ongaphezulu, kuphuculwe ukusebenza kakuhle kokwenziwa kwemveliso.

4.3. Unyango kunye noNyango lwezeMpilo: Ubude obukhethekileyo be-405 nm budlala indima ebalulekileyo kwizicelo zonyango. Isetyenziswa kwiinkqubo zokubulala iintsholongwane, izicoci zomoya, unyango lwamanzi, nokuthintela izifo ezosulelayo.

4.4. I-Forensics kunye noKhuseleko: I-405 nm wavelength inceda uphando lwasenkundleni, ngokukodwa ekufumaneni imali yomgunyathi, ukuqinisekiswa kwamaxwebhu, kunye nohlalutyo lwasenkundleni. Ukuchaneka kwayo kunye nokuthembeka kwayo kuyenza ibe sisixhobo esixabisekileyo ekuqinisekiseni ukhuseleko.

Ukufika kwetekhnoloji ye-UV ye-LED, ngakumbi i-405 nm wavelength, izise ixesha elitsha lokuqhubela phambili kunye nezinto ezinokwenzeka kumacandelo awohlukeneyo. I-Tianhui ihamba phambili ekusebenziseni la mandla ukuguqula iinkqubo zoshishino, izicelo zonyango, ukuvelisa, kunye nezisombululo zokhuseleko. Ngokuzibophezela kwethu ekuzinzeni, ukusebenza kakuhle, kunye nokutsha, i-Tianhui iyaqhubeka nokutyhala imida ye-UV iteknoloji ye-LED, inika amandla amashishini emhlabeni jikelele.

Ukuphonononga izicelo ze-405 nm Wavelength: Ukusuka kwi-Healthcare ukuya kwi-Electronics

Kwiminyaka yakutshanje, ukuqhubela phambili kwitekhnoloji ye-UV ye-UV kuvule amathuba amatsha kumashishini ahlukeneyo. Olunye uhlobo lwamaza olufumana ingqwalasela ebalulekileyo yi-405 nm wavelength, eyaziwa ngokuguquguquka kwayo kunye noluhlu lwezicelo. Eli nqaku lijolise ekuhlolisiseni amandla e-405 nm wavelength kunye nokusetyenziswa kwayo okunokwenzeka kukhathalelo lwezempilo kunye ne-elektroniki. Njengomboneleli okhokelayo wezisombululo ze-UV ze-UV, i-Tianhui iyaqhubeka nokutyhala imida yethekhnoloji, iqhuba ukutsha kule mimandla.

Izicelo zokhathalelo lwempilo:

I-405 nm wavelength ibonise amandla amangalisayo kwicandelo lokhathalelo lwempilo, ngakumbi kwintsimi yokubulala iintsholongwane. Ii-LED ze-UV ezikhuphayo kolu bude bamaza zinamandla awodwa okuphelisa uluhlu olubanzi lweentsholongwane, kubandakanya ibhaktheriya kunye neentsholongwane. Le propathi ibenza babe sisixhobo esibalulekileyo sokucocwa kwamanzi, ukucocwa komoya, kunye nokubulala iintsholongwane kumphezulu kwindawo zokhathalelo lwempilo.

Itekhnoloji ye-UV ye-UV ye-Tianhui isebenzisa i-405 nm wavelength ukuphelisa ngokufanelekileyo ii-microorganisms ezinobungozi ngaphandle kokusetyenziswa kweekhemikhali. Ngokusebenzisa amandla emitha ye-UV-C, ezi LED zibonelela ngesisombululo esikhuselekileyo nesinobuhlobo nokusingqongileyo kwiinkqubo zokuvala inzala. Ukusuka kwizibhedlele kunye neekliniki ukuya kwiilabhoratri kunye nokuveliswa kwamachiza, izicelo ze-405 nm zavelength ze-UV ze-UV ziphononongwa ngokubanzi kwishishini lezempilo.

Izicelo zombane:

I-405 nm wavelength nayo ifumana ukutsaleka kwintsimi ye-electronics, kunye nezicelo ezininzi eziphononongwayo. Enye indawo ephawulekayo kukugcinwa kwedatha ye-optical, apho i-wavelength emfutshane yenza amandla okugcina aphezulu. Ii-LED ze-UV ezikhupha kwi-405 nm zinokubonelela ngokuchaneka kokufunda nokubhala, okwenza zibe zilungele iidiski ze-Blu-ray kunye nezinye izixhobo zokugcina idatha ephezulu.

Ukongeza, i-405 nm wavelength ibalulekile ekwenzeni amacandelo esemiconductor. Le wavelength ivumela ukunyangwa ngokuchanekileyo kwe-adhesives kunye ne-resins ngexesha lokuveliswa kwee-microchips kunye neebhodi zesekethe. Ukukwazi ukunyanga ezi mathiriyeli ngokuchanekileyo nangempumelelo kwandisa umgangatho uwonke kunye nokuthembeka kwamacandelo e-elektroniki.

Izisombululo ze-UV ze-UV ze-Tianhui, ezisebenza kwi-405 nm wavelength, zibonelela ngokuthembeka kunye nokuhambelana kwezi zicelo ze-elektroniki. Ngokubonelela ngobuchule obuphezulu bokunyanga, ii-LED ze-UV ze-Tianhui zifaka isandla ekuphuculweni kweenkqubo zokuvelisa kunye nokusebenza kwemveliso okuphuculweyo.

Ukuphononongwa kosetyenziso lwetekhnoloji ye-UV ye-LED, ngakumbi i-405 nm wavelength, ivelise ukuqhubela phambili okubonakalayo kumashishini ahlukeneyo. Ukusuka kubuchule bayo bokubulala iintsholongwane ngokufanelekileyo nangokukhuselekileyo kwindawo yokhathalelo lwempilo ukuya kubuchule bayo bokunyanga kwimveliso yombane, obu bude bubonakalise ukuguquguquka kunye nexabiso.

I-Tianhui, njengomboneleli okhokelayo wezisombululo ze-UV ze-UV, uyaqhubeka nokuvelisa kunye nokuphuhlisa iteknoloji yokusika esebenzisa amandla e-405 nm wavelength. Ngokuzibophelela kumgangatho kunye nokusebenza kakuhle, ii-LED ze-UV ze-Tianhui zityhala imida kwaye zivule amathuba amatsha kukhathalelo lwempilo kunye ne-elektroniki.

Ukuqukumbela, usetyenziso lwe-405 nm wavelength UV ii-LED zifikelela kude kwaye zibambe amandla amakhulu ekamva. Njengoko ukuqhubela phambili kweteknoloji kunye namashishini aqhubeka nokuguquka, i-Tianhui ihlala iphambili kwi-teknoloji ye-UV ye-LED, ukuqhuba inkqubela phambili kunye nokuguqula indlela esijongana ngayo nokunakekelwa kwezempilo kunye ne-elektroniki.

Amathemba ekamva leTekhnoloji ye-UV ye-LED: Ukuvula aMathuba amatsha nge-405 nm Wavelength

Kwiminyaka yakutshanje, kukho ukunyuka okubalulekileyo kokusetyenziswa kwetekhnoloji ye-UV ye-LED kuwo wonke amashishini ahlukeneyo. Njengoko izibane ze-UV zemveli zitshintshwa ngokuthe ngcembe zezinye iindlela ezisebenzayo nezingabizi kakhulu, itekhnoloji ye-UV ye-LED iye yavela njengenguqu yomdlalo ekuvuleni amathuba amatsha. Ubude obuthile obuthe banikwa ingqwalasela yi-405 nm wavelength. Kweli nqaku, siza kuphonononga kumathemba ekamva letekhnoloji ye-UV ye-LED sigxile kumandla amakhulu we-405 nm wavelength.

Ukunyuka kweTekhnoloji ye-UV LED:

Itekhnoloji ye-UV ye-UV ifumene ukuthandwa ngenxa yeenzuzo zayo ezininzi ngaphezulu kwezibane ze-UV zemveli. Okokuqala, ii-LED ze-UV zinamandla ngakumbi, zisebenzisa ukuya kuthi ga kwi-70% yamandla angaphantsi kunezinye zazo eziqhelekileyo. Oku akuncitshi nje kuphela iindleko zamandla kodwa kukwanegalelo kwindawo eluhlaza ngokunciphisa ukukhutshwa kwekhabhoni.

Okwesibini, ii-LED ze-UV zinobomi obude, obuhlala ukuya kuthi ga kalishumi kunezibane ze-UV zemveli. Oku komelela kuguqulela kwiindleko zokulungisa ezicuthiweyo kunye nokwanda kwemveliso njengoko kukho ixesha elincinane lokunciphisa izixhobo.

Ngaphaya koko, ii-LED ze-UV zikhupha amanqanaba obushushu angenamsebenzi, ngokungafaniyo nezibane ze-UV zemveli ezenza amaqondo obushushu aphezulu. Oku kuphelisa imfuno yeenkqubo zokupholisa ezicokisekileyo kunye nokunciphisa umngcipheko wokutshisa, okwenza iteknoloji ye-UV ye-LED ikhuseleke ukuyisebenzisa.

Ukuvula Amathuba amatsha nge-405 nm Wavelength:

Phakathi kwamaza ahlukeneyo okukhanya kwe-UV, i-405 nm wavelength ibonise amandla akhethekileyo kuluhlu olubanzi lwezicelo. Obu bubude obukhethekileyo buwela kuluhlu lwe-ultraviolet A (UVA), olwaziwa ngokuba "kufuphi ne-UV," kwaye lubonelela ngeenzuzo ezizodwa kumashishini ahlukeneyo.

Kwicandelo lezonyango, i-405 nm wavelength isanda kusetyenziswa kwiinjongo zokubulala iintsholongwane. Ibonakalise ukuba isebenza kakhulu ngokuchasene neentlobo ezahlukeneyo zentsholongwane, kubandakanya ibhaktheriya kunye neentsholongwane. Ukusetyenziswa kwee-UV LEDs kobu bubudenge bunamandla okuguqula iinkqubo zokuvala inzala kunye nokulawula ukusasazeka kwezifo ezosulelayo.

Enye indawo ethembisayo apho i-405 nm wavelength yenza amaza kwintsimi ye-horticulture. Uphononongo lubonise ukuba ukuvezwa kukukhanya kwe-UV kunokonyusa ukukhula kwezityalo, kuphucule isivuno sesityalo, kwaye kuchaphazele nokumila kwezityalo. Ngokusebenzisa amandla e-405 nm wavelength, itekhnoloji ye-UV ye-LED inikezela ngamathuba amatsha olawulo oluchanekileyo ekukhuleni kwezityalo, evumela amafama ukuba andise imveliso yezolimo.

Kwintsimi ye-electronics, iteknoloji ye-UV LED kwi-405 nm wavelength isetyenziselwa iinkqubo ze-lithographic. Oku kubandakanya ukuveza imathiriyeli yefotoresist kwisibane se-UV ukwenza iipateni ezintsonkothileyo kwii-wafers ze-semiconductor. Ulawulo oluchanekileyo kunye nokuchaneka okubonelelwa zii-LED ze-UV zinceda ekuveliseni izinto ezincinci kunye ezinamandla ngakumbi ze-elektroniki, ukuqhubela phambili ukusebenza ngokubanzi kwezixhobo zombane.

Ukongezelela, i-405 nm wavelength ibonise amandla kwintsimi yezithambiso. Njengoko ukukhanya kwe-UV kunokusebenzisa izithako ezithile kwiimveliso zokhathalelo lwesikhumba, ukusetyenziswa kwetekhnoloji ye-UV ye-LED kobu bude bunokuphucula ukusebenza konyango lobuhle olwahlukeneyo. Ivumela ukuhanjiswa okujoliswe kuyo kunye nokulawulwa kweekhompawundi ze-skincare, ezikhokelela kwiziphumo eziphuculweyo kwiindawo ezifana nokuchasana nokuguga kunye nokuvuselelwa kwesikhumba.

Amathemba ekamva letekhnoloji ye-UV ye-LED ngokungathandabuzekiyo ayonwabisa, kwaye i-405 nm wavelength inesithembiso esikhulu ekuvuleni okunokwenzeka okutsha kumashishini ahlukeneyo. Ukusuka kwiinkqubo eziphuculweyo zokuvala inzala kukhathalelo lwempilo ukuya ekwandeni kwesivuno sezityalo kwezolimo, kunye nenkqubela phambili kwi-elektroniki kunye nezithambiso, itekhnoloji ye-UV ye-LED isetelwe ukuguqula amacandelo ahlukeneyo. Njengomkhokeli kwimveliso ye-UV ye-LED, i-Tianhui (TH), ijolise ekuqhubeni ukuqhuba izinto ezintsha kunye nokwandisa amandla obuchwepheshe be-UV ye-LED kwi-405 nm wavelength, ukuzisa ukuqhubela phambili kwe-revolution kwimarike.

Ukugqitywa

Ukuqukumbela, ukuqhubela phambili kwitekhnoloji ye-UV ye-UV, ukujonga ngokuthe ngqo amandla e-405 nm wavelength, kuphawule elinye inqanaba elibalulekileyo kushishino lwethu. Ngaphezu kweminyaka engama-20 yamava, inkampani yethu izibonele ngokwazo ifuthe lenguquko eliziswe yile nkqubela kumacandelo ahlukeneyo. Le teknoloji iye yaguqula imimandla efana nezonyango kunye nezempilo, imizi-mveliso kunye nemveliso, kunye neemveliso zabathengi bemihla ngemihla. Ubuchule bayo bokubulala iintsholongwane ngokufanelekileyo nangempumelelo umphezulu, ukucoca amanzi, ukunyanga izinto zokugquma, kunye nokuphucula umgangatho wemveliso kuvule amathuba angapheliyo okuvelisa izinto ezintsha. Njengoko siqhubeka nokutyhala imida yetekhnoloji ye-UV ye-LED, siqinisekile ukuba iya kuba sisixhobo esiyimfuneko ekukhuthazeni impilo engcono, ukhuseleko kunye nozinzo kwizicelo ezingenakubalwa. Ngenkqubela phambili ekhawulezileyo enjalo kunye nobuchule obuhlala buvela, ikamva letekhnoloji ye-UV ye-UV ibukeka ithembisa ngendlela emangalisayo, kwaye inkampani yethu ihleli izinikele ekukhokeleni ngakumbi ukufunyaniswa kunye nokuqhubela phambili ushishino.