I-Tianhui- enye yeenkokeli ezikhokelayo ze-UV ze-chip ze-UV kunye nababoneleli babonelela ngenkonzo yetshiphu ye-ODM/OEM UV ye-LED ngaphezulu kweminyaka engama-22+.

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Isikhokelo sokufunda malunga ne-UV LED

2023-09-01

Tianhui

Ukuba ujonge ukufunda ngakumbi ngetekhnoloji ye-UV ye-LED, ufikile kwindawo elungileyo. Apha, siza kubonelela ngesikhokelo esibanzi sokufunda malunga nobu buchwepheshe bokusungula. Siza kuxoxa ukuba yintoni i-UV LED, usetyenziso lwayo olwahlukeneyo, kunye nendlela enokusetyenziswa ngayo kuphuhliso lwexesha elizayo. I-UV LED luhlobo lwe-LED (i-light emitting diode) ekhupha ukukhanya kwe-ultraviolet. Isebenza kubude obufutshane kunee-LED zemveli, ezikhupha ukukhanya okubonakalayo. Ngenxa yoko, ezi LED zikhethekileyo ziyakwazi ukubonelela ngemitha ye-UV enamandla ngakumbi kusetyenziso oluthile. Ii-LED ze-UV zihlala zisetyenziswa kwizicelo ezinje ngoxilongo lwezonyango, ukunyanga kwamashishini, kunye neenkqubo zokhuseleko. Ezona zicelo zixhaphakileyo zetekhnoloji ye-UV ye-LED ibandakanya ukuvala inzala, ukubulala iintsholongwane, kunye nokunyanga. Ngokomzekelo, kwicandelo lezonyango, ii-LED ze-UV zisetyenziselwa ukubulala iintsholongwane kwizixhobo zokwenza utyando kunye nezixhobo zokuxilongwa. Oku kunceda ukuthintela ukwanda kosulelo kunye nokosuleleka. Kwicandelo lemizi-mveliso, ii-LED ze-UV zisetyenziselwa ukunyanga iimveliso ezinje ngeepeyinti, izinto zokuncamathelisa, kunye nokwaleka. Oku kunceda ukugcina ingqibelelo yemveliso ngokuqinisekisa ukuba ukunyanga kwenzeka ngokukhawuleza nangempumelelo. Ekugqibeleni, kwintsimi yokhuseleko, ii-LED ze-UV ziqeshwe kumakhadi e-ID, iipasipoti, kunye noomatshini beminwe yokukhangela amaxwebhu okanye imisebenzi yobuqhophololo. Kwixesha elizayo, itekhnoloji ye-UV ye-LED ingasetyenziselwa ukuphuhlisa iimveliso kunye neenkonzo ezintsha. Ngokomzekelo, abaphandi kunye nososayensi banokusebenzisa ii-LED ze-UV ukwenza uhlalutyo oluchanekileyo kwiisampulu zebhayoloji, ezikhokelela ekuqondeni ngakumbi kwizifo kunye nonyango. Ukongeza, ii-LED ze-UV zinokuba yinxalenye eqhelekileyo kwiimveliso zabathengi abakrelekrele, ezinceda ekuboneni iimpahla zomgunyathi okanye ukutya kunye nesiselo. Ukuyishwankathela, itekhnoloji ye-UV ye-LED inamandla anomdla wokusetyenziswa kwezonyango, kwimizi-mveliso, nakwimimandla yokhuseleko. Njengoko ixesha lihamba, ii-LED ze-UV ziya kubaluleka ngakumbi kuluntu lwanamhlanje, zibonelela ngeenzuzo ezininzi kubantu kunye nemibutho ngokufanayo. Ukuba unomdla wokufunda ngakumbi ngetekhnoloji ye-UV ye-UV kunye nokusetyenziswa kwayo okuninzi, kukho izixhobo ezahlukeneyo ezikhoyo kwi-Intanethi. Ukusuka kumanqaku okufunda, iincwadi, kunye neeblogi ukuya kwiinkomfa okanye iindibano zocweyo, unokufumana lula iindlela zokuziqonda ngakumbi obu buchwepheshe bukhethekileyo.

Nxibelelana nathi

Why Is UV LED Diode Recommended in Your Project

UV LED diodes have become prevalent in an assortment of applications, including disinfection, industrial curing, and specialization light. Their value arises from their capacity to deliver accurate and efficient UV light tailored to individual requirements. Classical mercury lamps, which have been performing comparable roles, are steadily being replaced with UV LED diodes since of their greater performance and eco-friendliness. This article explains why UV LED diodes are an excellent choice for current applications.

Why Choose UV LED to Upgrade Tanning Light Therapy Projects?

The tanning and phototherapy industry sectors have undergone significant shifts, due to a need for more modern and effective lighting solutions. Conventional mercury lamps, which were previously the industry standard, are being substituted with innovative innovations that provide higher precision, safety, and sustainability. Amongst these advancements, UV ultraviolet (UV) light shines out as a game changer, with the potential for transforming both tanning and therapeutic uses.

Application of UV LED 365nm and 395nm in Mosquito Killer

Ultraviolet (UV) radiation Light Emitting Diode (UV LED) technology has reshaped a number of industries, bringing revolutionary improvements in areas such as sterilization, cure, and pest management. With its specialized uses, mosquito control comes out, particularly through the use of 365nm and 395nm UV LEDs. While 365nm UV light is known for its capacity to attract and kill mosquitoes, the introduction of 395nm wavelengths has expanded pest management options, increasing efficiency against a larger spectrum of insects. This article looks at the benefits, synergies, and technological developments of 365nm and 395nm UV LED use for mosquito control systems.

What Benefits Do UV LED 395nm Provide in Printing?

The printing sector is always changing since technology is mostly responsible for improving efficiency and quality. Among the most recent developments, UV LED 395 nm technology is notable for its revolutionary effect on manufacturing techniques.

How UVA LEDs Regulate Plant Growth and Development

Plant growth and development depend critically on UVA light, which spans the ultraviolet spectrum's 320–400 nm range. Though it is somewhat mild, unlike its more dangerous siblings, UVB and UVC, UVA radiation has many advantages for plant health. The emergence of UVA LEDs has transformed regulated growing conditions, including those of vertical farms and greenhouses, facilitating the use of this strong light.

The Ultimate Guide To Curing UV LED: Tips And Tricks

What is the Difference Between 365 nm and 395 nm UV LED

365nm LED is a high-intensity ultraviolet curing device primarily used in diodes, medical disinfection, and biochemical detection. It kills the common houseplant insects. On the other hand, 395nm LEDs are some of the best UV lights for killing germs and bacteria. It is the most common wavelength used for curing dental resin.

Unveiling The Power Of UV LED Diodes: A Game-Changer In Lighting Technology1

Understanding UV LED Diode Applications and Precautions

The sole UV light source that could start the UV curing process forty years ago was mercury-based arc lamps. Even though Excimer lamps and microwave sources have been invented, the technology has not changed. Like a diode, an ultraviolet light-emitting diode (LED) creates a p-n junction using p- and n-type impurities. Charge carriers are blocked by a junction boundary depletion zone.

What Materials Are Used In UV Led Chip

As we all know, ultraviolet light-emitting diodes are semiconductors that emit light at a specific wavelength when the light passes through them. LEDs are known as solid-state devices. Most companies manufacture UV-based LED chips for industrial processes, medical instruments, sterilization and disinfectant devices, document verification devices, and more. It is because of their substrate and active material. It makes LEDs transparent, available at a lower cost, adjusts the voltage, and reduces the light output power for optimum usage.

omnye wababoneleli be-UV be-LED abanobuchule eTshayina

Sizibophelele kwi-LED diodes iminyaka engaphezu kwama-22+, umvelisi we-chips okhokelayo okhokelayo. & umthengisi we-UVC LED 255nm265nm 275nm, UVB LED 295nm ~ 315nm, UVA LED325nm 340nm 365nm ~ 405nm

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