I-Ultraviolet LEDngokubanzi ibhekisa kwii-LED ezinobude obuphakathi obungaphantsi kwe-400nm, kodwa ngamanye amaxesha zibizwa ngokuba zikufutshane.Ii-LED ze-UVxa ubude be-waveleng bukhulu kune-380nm, kunye nee-UV ezinzulu ze-UV xa ubude bobude bufutshane kune-300nm.Ngenxa yesiphumo esiphakamileyo sokuvala isibane sokukhanya okufutshane, ii-LED ze-ultraviolet ziqhele ukusetyenziselwa ukwenza inzala kunye nokuphelisa ivumba kwiifriji kunye nezixhobo zendlu.

Ukuhlelwa kwe-wavelength ye-UVA / UVB / UVC ayiphindaphindiwe, kwaye umbhali ujwayele ukuyibhala njenge-UV-c ngokwemigaqo yonxibelelwano lwangoku.(Ngelishwa, iindawo ezininzi zibhalwe njenge-UV-C, okanye i-UVC, njl.njl.)

Umgangatho wokufunda nokubhala kwe-laser ye-405nm Blu ray Disk ikwaluhloboukukhanya kwe-ultraviolett.

265nm – 280nm UV-c band.

Ii-LED ze-UV zisetyenziswa kakhulu kwi-biomedical, i-anti-counterfeiting identification, ukuhlanjululwa (amanzi, umoya, njl.), inzala kunye neendawo zokubulala iintsholongwane, ukugcinwa kwedatha yekhompyutheni, kunye nomkhosi (njenge-LiFi engabonakaliyo yonxibelelwano olukhuselekileyo lokukhanya).

Kwaye ngophuhliso lwetekhnoloji, izicelo ezintsha ziya kuqhubeka zivela ukuthatha indawo yetekhnoloji kunye neemveliso ezikhoyo.

I-LED ye-UV inethemba elibanzi lesicelo semakethi, njengezixhobo ze-UV ze-phototherapy ze-UV njengesixhobo sonyango esithandwayo kwixesha elizayo, kodwa iteknoloji isekwinqanaba lokukhula.