Tianhui- iray amin'ireo mpanamboatra sy mpamatsy chip UV LED lehibe indrindra dia manome serivisy ODM / OEM UV LED chip mandritra ny 22+ taona.
[Fikojakojana UVLED] Mila fikojakojana isan'andro ihany koa ny milina fanadiovana UVLED
2022-09-22
Tianhui
74
Rehefa avy nividy ny milina fanasitranana UVLED ny mpanjifa maro dia avelany hiasa izy ireo, ary tsy manao fanadiovana fototra mihitsy. Rehefa mandeha ny fotoana, feno vovoka ny ao anatin'ny milina famenoana UVLED, ary hisy fako kely izay ratsy kokoa noho ny tontolo iainana. Na dia matetika ampiasaina amin'ny static aza ny milina fanasitranana UVLED, tsy te hitafy sy very toy ny bearings na rojo, dia mila tazonina sy tazomina tsy tapaka. Satria ny fahombiazan'ny jiro UVLED dia miankina amin'ny fampangatsiahana ny UVLED, miankina amin'ny fahadiovan'ny fivoahana. Imbetsaka, raha misy vokatra ratsy, dia ho hitanao raha misy olana amin'ny loharanom-pahazavana UVLED. Raha ny marina dia azo sorohina araka izay tratra ireo mandritra ny famokarana isan'andro. Masinina manasitrana UVLED hitazomana ny fahadiovana isan'andro: 1
> Fandotoana vovoka vovoka; 2
> Ny volatilization organika ny UV lakaoly mandritra ny fanamafisana. Nandritra ny tsipika fivoriambe, ny lakaoly kely molekiola sy ny ranomainty molekiola kely volatilize ary latsaka ao amin`ny fitaratra; 3
> Ny fitaovana fanasitranana UVLED dia hanana mari-pana rehefa miasa, ary ny fitaovana vokatra UV-stick sasany dia hikorontana sy hianjera amin'ny vera amin'ny hafanana avo; 4
> UV LED manasitrana milina fampangatsiahana rafitra mila mitandrina ihany koa, tsy manana potipoti-javatra hanakanana ny fidirana sy ny fivoahan'ny rivotra; 5
> Aorian'ny fampiasana rano mangatsiaka UVLED mandritra ny fotoana maharitra, dia hamokatra loto ny rindrin'ny sodina anaty rano sy ny ao anatiny amin'ny milina fanasitranana UVLED; ho an'ireo olana etsy ambony: 1
> Ny loharano maivana amin'ny jiro loharanon'ny fitaovana fanasitranana UVLED dia hapetraka amin'ny vera quartz. Ny tena anjara asa dia ny miaro LED Module mba hisorohana ny loto ivelany loto LED. Ny fitaovana fanasitranana UVLED amin'ny fitaovana fanasitranana UVLED dia hazavana avo lenta. Raha toa ka tsy ampidinina fotsiny ny fitaratra jiro mba hahazoana loto, dia hiteraka fahasimbana LED noho ny fisaintsainana sy ny hafanana miangona. Noho izany, miezaka ny hadio sy hadio araka izay azo atao ny tontolo iainana mandritra ny fampiasana, ary diovy tsy tapaka ny vera lohan-jiro. Azo kosehina moramora amin’ny lamba tsy misy vovoka atsoboka anaty divay. Raha azo atao dia azonao ampiasaina amin'ny tontolo tsy misy vovoka. Raha toa ka voaloto ny vera jiro na misy fiantraikany amin'ny vokatry ny hazavana, dia manoro hevitra ny Tianhui hitady mpanamboatra hanolo ny fitaratra jiro vaovao. 2
> Na ny milina famenoana UVLED mangatsiaka na ny milina famenoana UVLED vita amin'ny rano, dia tsy maintsy mandinika ny fidirana sy ny fivoahan'ny hafanana mafana ianao. Ny fidirana sy ny fivoahana amin'ny rivotra mangatsiaka mangatsiaka dia zaraina amin'ny loha maivana sy ny mpampiantrano. Raha misy potipoti-javatra hiditra amin'ny fivoahan'ny rivotra, diovy ara-potoana. 3
> Ny milina fanasitranana UVLED mangatsiaka amin'ny rano dia matetika mifandray amin'ny lohan'ny jiro sy ny milina fampangatsiahana rano amin'ny alàlan'ny fantsona rano. Aorian'ny fampiasana maharitra dia mbola hisy loto. Amin'ny ankapobeny, Tianhui dia manoro hevitra ny mpanjifa hampiasa rano voadio tsy misy mineraly ho fitaovana fampangatsiahana, ary manolo rano indray mandeha isan-telovolana. Ny mpanjifa dia afaka mampitombo na mampihena ny tsingerin'ny fanoloana rano araka ny fahitany ny fanamafisana ny UVLED.
Mpanoratra: Tianhui- Disin-doza ny rivotra
Mpanoratra: Tianhui- Mpanamboatra UV Led
Mpanoratra: Tianhui- Vokatr'aretina rano UV
Mpanoratra: Tianhui- Vahaolana UV LED
Mpanoratra: Tianhui- UV Led diode
Mpanoratra: Tianhui- Mpanamboatra diode UV Led
Mpanoratra: Tianhui- Singa UV Led
Mpanoratra: Tianhui- Rafitra fanontana UV LED
Mpanoratra: Tianhui- Fandrika moka UV LED
Mifandraisa aminay
Lahatsoratra natokana
Peek into the power of light with this blog. You'll explore the magic of 340nm UV LED. The goal here is to uncover its roles in biochemical analysis. From basic concepts to real-world applications, learn all about 340nm UV LED.
We all want to breathe clean air and keep ourselves and our loved ones healthy. However, the air we breathe in our homes and workplaces may not always be as pure as we think. From allergens and dust to harmful pollutants and germs, our indoor air can be riddled with various contaminants that can cause respiratory problems and other health issues.
Are you aware of the latest findings on the transmission rate of the new coronavirus? A recent study has uncovered a shocking discovery- the air transmission rate of the virus may be a staggering 1,000 times that of the contact surface! This means the virus may spread faster and farther than we previously thought. Keep reading to learn more about this groundbreaking research and what it means for our fight against the pandemic.
UV LED curing is a technology that has been quite recently introduced, which changes a liquid into a solid state via polymerization by utilizing UV energy, also known as ultraviolet energy. UV LED curing is gaining quite a lot of traction lately, mainly due to the fact it is a better alternative than traditional methods.
Water and food quality is vital to protecting our health, well-being, and quality of life. We all know that when water becomes contaminated with harmful viruses, bacteria, or parasites, it can cause major sickness and even death. But what is less commonly known is that when food becomes contaminated, it can lead to malnutrition or other chronic illnesses like obesity.
While UV Led lamps can offer many benefits for indoor air quality, some potential risks are associated with their use. In particular, UV Led lamps emit ultraviolet (UV) radiation, which can harm human health if exposed to high levels. Additionally, UV Led lamps can generate ozone, a pollutant that can irritate the lungs and cause other health problems.
Ultraviolet (UV) germicidal irradiation is a technique in which ultraviolet light kills microorganisms. It has been used in wastewater treatment, food processing, and other industrial processes because of its effectiveness and environmental safety. There are some limitations to UV disinfection that need to be understood.
After going through a drawn-out day outside, most people are excessively acquainted with the distress of a sun-related burn. However, not as many individuals know that the sun might hurt their homes. Most materials that are presented with excessive UV radiation experience impressive harm.
The public and regulatory organizations are starting to embrace the application of ultraviolet (UV) light as an alternative UV water disinfection water purification. Water suppliers now frequently research this technology to see if it may be applied to their treatment procedures when building new water-treatment facilities or altering old ones.
UV cleaning of surfaces and air has become more prevalent from outside medical settings with the advent of COVID-19.
Several airlines are now employing Air Disinfection to eliminate any bacteria that might be present in the HVAC system and on flight electronics panels.
Several airlines are now employing Air Disinfection to eliminate any bacteria that might be present in the HVAC system and on flight electronics panels.
Tsy misy data
iray amin'ireo mpamatsy UV LED matihanina indrindra any Shina
izahay dia manolo-tena amin'ny diodes LED mandritra ny 22+ taona, mpanamboatra chips LED mitondra fanavaozana. & mpamatsy UVC LED 255nm265nm 275nm, UVB LED 295nm ~ 315nm, UVA LED325nm 340nm 365nm ~ 405nm
+86-0756-6986060
+86 13018495990 
my@thuvled.com
+86-760-86743190
Hitanao Izahay eto
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