Hey! I see this come up a bunch here and I wanted to share my experience.
I spent several years developing LED strip lighting products.
Standard white LEDs use 480nm Blue Diodes and Phosphors, which take blue light and convert it to yellow and green to make White light.
480mm is the standard blue diode, royal blue/deep blue leds are available but their output is much dimmer so they are not used to make white LEDs (less efficient) or RGB LEDs (difficult to match diode brightness).
All diodes are slightly different, in terms of wavelength, output, temperature, voltage, etc.
Despite what the Google Images searches will show, 480nm LEDs DO have output all the way down to UV (although not much). The curve is more like an asymptote.
You don't need a Spectral Irradiance Meter to test this just turn on any RGB strip to blue and you will see fluorescence.
Do your White Task/Desk/Work LEDs have enough UV to cure resin? IMO, maybe, depends on the resin sensitivity at higher wavelengths and the intensity of the lights.
Is it better than fluorescent or sunlight? Absolutely.
Just something to keep in mind.
(Edit for clarity maybe)
翻譯年糕
Brian Millar
2020-01-09 00:27:16
Péter Farsang
2020-01-09 00:32:36
Nathan Carter
2020-01-09 01:06:51
Chris Koonce
2020-01-09 01:12:37
Nathan Carter
2020-01-09 01:15:29
Paolo Maurini
2020-01-09 01:20:24
Nathan Carter
2020-01-09 01:22:59
Ray Sears
2020-01-09 01:59:46
Jennifer Carter
2020-01-09 02:01:38
Nathan Carter
2020-01-09 02:02:22
Josh Shedaker
2020-01-09 02:03:28
Jennifer Carter
2020-01-09 02:42:26
Sheldon White
2020-01-09 09:39:48
Gerard Hurles
2020-01-09 12:26:43
Serin Jameson
2020-01-09 12:43:48
Chris Koonce
2020-01-11 21:52:05
