UV light occurs in a broad band of UV wavelength, between 100 and 400 nm while LED (light-emitting diodes) operates on a narrower band of 400-410 nm. Since UV lamps emit broad UV wavelengths, it takes longer to cure. However, this types of lamp works on all gel polishes. LED technology uses more narrow UV wavelengths (400-410 nm) that targets specific photo initiators in the gel polish... Professional-grade UV lights emit UV rays in the long frequencies required for the detection of bacteria. UV light is part of the electromagnetic spectrum and ranges between 100 to 400 nanometers. Professional UV lights emitting wavelengths ranging from 386 to 400 nanometers are suitable for detection of bacteria in the home.
A UV or LED lamp speeds up this process and makes it happen in a specified amount of time, but sunlight and even light from light bulbs have UV rays. These rays can eventually cure gel polish, which is why gel polish bottles are opaque. It protects the gel polish from any UV rays so that it doesn�t cure inside the bottle.
You might have a multivitamin at home already that you could try, otherwise Fun at Home with Kids has done some research on glowing vitamin brands for different countries. For the glowing effect, you need a dark room and a black light (long wave UV-A ultraviolet light with either LED or blb bulb).
Professional-grade UV lights emit UV rays in the long frequencies required for the detection of bacteria. UV light is part of the electromagnetic spectrum and ranges between 100 to 400 nanometers. Professional UV lights emitting wavelengths ranging from 386 to 400 nanometers are suitable for detection of bacteria in the home.