If you are a watch collector, you must be familiar with Super-LumiNova. It’s a fluorescent material without radioactive energy. This is something that makes your dial, index, and watch hands keep glowing brightly in the dark of the night.
Most of the popular Swiss watch brands use Super-LumiNova on their watch products. Besides having an important function, Super-LumiNova also becomes an artistic value on every watch.
Super-LumiNova is not a new thing.
Luminova has entered the Swiss watch industry market since 1998. This Super-LumiNova is an update from Luminova with a brighter glow. Because they are very effective, its effectiveness was readily embraced by the Swiss watchmaking industry and quickly replaced its predecessors and was applied to all luxury watches made in Switzerland.
Super-Luminova does not contain radioactive material.
If the previous luminescent uses radioactive material, Super-LumiNova does not contain radioactive at all. Although radium watches are not dangerous for everyday use, it seems to be more assured if we do not use radioactive particles on our wrist.
Super-LumiNova must be charged to emit light.
Radium and tritium have the ability to emit light for a long time without having to be charged with light because they contain radioactive material. Super-LumiNova does not contain radioactive material, so you need to refill light on your watch. After being filled with light, the part of your watch that is coated with Super-Luminova will glow in the dark in time.
Super-LumiNova can be charged multiple times without limit.
Unlike radium and tritium, Super-LumiNova can be charged multiple times without decreasing its strength. The bright and long-lasting light from Super-LumiNova depends on how much light fuel was obtained beforehand.
Super-LumiNova is available in various colours.
There are many colour choices on Super-LumiNova, ranging from white, yellow, green, and blue. The most popular these days are pale yellow to beige tones, which are reminiscent of the familiar glow of vintage watches and their fluorescent light generated by radium and tritium.