Tianhui- mid ka mid ah soosaarayaasha iyo alaab-qeybiyeyaasha hormuudka ka ah UV LED chip waxay bixiyaan adeegga chip-ka ee ODM/OEM UV.

[Awoodda] Sidee loo doortaa Awoodda Mashiinka Daweynta UVLED?

2023-02-15

Tianhui

Ugu horreyntii, waa lagama maarmaan in la fahmo awoodda mashiinka daaweynta UVLED, gaar ahaan awoodda iftiinka iftiinka waa mid weyn oo yar. Marka sidee loo doortaa awoodda mashiinka daaweynta UVLED? Marka mashiinka daweynta UVLED lagu daaweeyo xabagta UV, waa inay buuxisaa shuruudaha hirarka dhererka iyo cufnaanta awoodda nuugista koollada UV. Maanta, soo saaraha mashiinka daweynta UVLED Zhuhai Tianhui ayaa kuu sheegi doona dhibaatada xulashada korantada ee xulashada awooda mashiinka daaweynta UVLED. Cawaaqibta ay keento mishiinka daaweynta UVLED marka la dooranayo awood aad u badan ama aad u sareysa 1. Cawaaqibta awoodda aadka u yar: Gaar ahaan daweynta dusha sare ee koollada UV, haddii awoodda mashiinka daaweynta UVLED ay yar tahay, ka dibna wakhtiga shucaaca waa dheer yahay, qalabku wuu ka sarreeyaa qalabka iyada oo aan loo eegin inta jeer, alaabta si buuxda looma adkeyn karo . Taa beddelkeeda, waxay sidoo kale u horseedi kartaa gabowga, xidhitaanka iyo jajabnaanta lakabka dusha sare ee koollada, waxayna sidoo kale saameyn doontaa ku-xidhka xabagta UV ee substrate-ka. Sidaa darteed, marka aad dooranayso mashiinka daweynta UVLED ee daawaynaya xabagta UV, waxaan u baahanahay inaan doorano mashiinka daweynta oo leh awood kala duwan sida baahidayada. 2. Cawaaqibta awoodda xad-dhaafka ah: Awoodda xad-dhaafka ahi saameyn xun kuma yeelanayso badeecada, laakiin waxay kordhin doontaa qiimaha qalabka hore iyo isticmaalka ilaha tamarta dambe. Sidee loo doortaa awoodda mashiinka daaweynta UV LED? Sida loo doorto mashiinka daaweynta UV LED oo leh awood kala duwan? Awoodda daaweynta UV guud ahaan waxay buuxisaa shuruudaha waxqabadka xabagta UV ee kala duwan: 1. Macaamiisha leh codsiyada daaweynta dusha sare, soosaarayaasha mishiinada UVLED waxay u baahan yihiin inay habeeyaan cabbirada ay bixiyaan soosaarayaasha xabagta UV. Iyo tijaabada mashaariicda muddada-dheer waxaa lagu samayn karaa saamaynta ugu wanaagsan ee xoojinta. 2. Macaamiisha codsiyada dhejiska ah, waxaa lagama maarmaan ah in la tixgeliyo aagga shucaaca iyo wakhtiga daaweynta. Marka loo eego labadan qodob, dooro awoodda ku habboon mashiinka daaweynta UVLED. Sababtoo ah tani ma aha oo kaliya inay si toos ah u saameynayso saameynta daaweynta, laakiin sidoo kale waxay ku lug leedahay qaabeynta isticmaalka tamarta, taas oo la xiriirta arrimo muhiim ah sida kharashka wax soo saarka. Doorashada awoodda waa inaysan noqon mid caajis ah, sababtoo ah tani waxay keeni kartaa dhibaatooyin badan xilliga dambe. Midka nagu habboon ayaa ugu wanaagsan. Waxaan nahay Zhuhai TIANHUI Technology Development Co., Ltd. Aan ku caawino inaad doorato. Degdeg nala soo xidhiidh.

[Awoodda] Sidee loo doortaa Awoodda Mashiinka Daweynta UVLED? 1

Tianhui - Dejinsaad diyaarka

Tianhui - Shaqooyinka UV

Tianhui - Biyo cudurada UV

Tianhui - Kalsada UV LED

Tianhui - UV

Tianhui - Qaysadayaasha diode

Tianhui - Modulka UV

Tianhui - UV LED

Na soo xiriir

UV LED - Mawjadaha saxda ah ee dhererka iyo xalalka hogaaminaya warshadaha

2024 Hal-abuurka UV LED: Horumarrada Caalamiga ah iyo Codsiyada jeermiska iyo wixii ka dambeeya

UV Light for Tanning and Tianhui UV LED Solutions

Sunlight remains the most common source for achieving a tan, but its ultraviolet (UV) rays come with inherent risks. So is there any risk-free solution for this? Yes, and the answer is UV LED Lights. Let’s not waste a second and dive into the science behind UV light and tanning, explore traditional tanning methods, and introduce Tianhui UV LED, a leading supplier of UV LED solutions, as a potential alternative.

SMD UV LEDs - Isticmaalka Waayaha Cusub ee Tignoolajiyada Ultraviolet

Iftiinka, noocyadiisa kala duwan, ayaa door muhiim ah ka ciyaara adduunkeena. In kasta oo iftiinka muuqda uu iftiimiyo hareeraheenna, dunida u muuqata mid aan la arki karin ee iftiinka ultraviolet (UV) ayaa awood weyn ku leh warshadaha kala duwan. SMD UV LEDs, horumarkii ugu dambeeyay ee tignoolajiyada diode-light-etting (LED), ayaa isbedelaya sida aan uga faa'iidaysano iftiinka UV. Ani’s waxay sahamiyaan SMD UV LEDs sharaftooda oo dhan oo waxay galaan shaqadooda gudaha, codsiyada kala duwan, iyo fursadaha xiisaha leh ee ay soo bandhigaan.

265nm LED: Tignoolajiyada jeermiska disha ee xoogga leh ee Tianhui UV LED

Farsamooyinka jeermis-dillaaca ayaa weligood soo korayey, hadda waxaa soo baxay tartan xoog leh: 265nm shucaaca iftiinka soo saara. Cajiibyadan yar yar ee tignoolajiyada ayaa bixiya xal awood leh oo isku dhafan si loo baabi'iyo noolaha waxyeelada leh, abuurista jawi nadiif ah oo ammaan ah. Marka, aynu fuulno oo sahamno adduunka 265nm LEDs, hantidooda, faa'iidooyinka, codsiyada, iyo tixgelinnada badbaadada. Waxaan sidoo kale si gaar ah diiradda u saari doonaa khibradda iyo bixinta Tianhui UV LED, saaraha hormuudka ah ee goobtan.

Hormuudka Soosaaraha Chip UV LED oo leh 23+ Sannado Khibrad ah

UV LED Plant iyo Iftiinka Kobaca Xoolaha: Mustaqbalka Hal-abuurka leh ee Beeraha

Isticmaalka iyo Faa'iidooyinka UV LED 255-260nm

Xajmiga korantada waxaa ka mid ah shucaaca ultraviolet (UV), kaas oo bilaabi kara fal-celinta photochemical sababtoo ah tamartiisa sare iyo booska u dhexeeya iftiinka muuqda iyo raajada. Astaamaha jeermiska ee iftiinka UV-C, kaas oo ku dhaca gudaha UV LED 255-260nm (UVC) dhererka hirarka dhererka, ka dhig mid ka soo dhex muuqda noocyada kale ee iftiinka ultraviolet. Qaybtani waxay sahamisaa aasaaska tignoolajiyada diode-ka ifaysa ee ultraviolet-C, oo ay ku jiraan sifooyinkeeda gaarka ah iyo fikradaha sayniska ee ka dhigaya mid waxtar u leh jeermiska.

Sii daa Awooda 405nm UV LED Technology!

Muhiimadda UV LED 405nm ee Daabacaadda 3D

Ma ogtahay in suuqa caalamiga ah ee UV LED Printers la filayo inuu ku dhaco dakhli $925 milyan dhamaadka 2033? UV LEDs waxay noqdeen tignoolajiyad soo jiidasho leh oo soo saarta iftiin aad u daran oo leh isticmaalka tamarta ugu yar iyagoo ku raaxaysanaya cimri dheer oo sii deynaya kulayl yar.