The lens of safety anti radiation glasses is a flat lens, which has no side effects on vision. It is refined by using the world's high-tech vacuum ion coating, which can block the electromagnetic wave rays 100%. The lens contains anti radiation substances, which can absorb low-frequency microwave radiation and eliminate the potential adverse symptoms of eyes such as fever, headache, fatigue and dryness caused by electromagnetic wave radiation.
It has different penetration and absorption functions for different light, and can resist reflection and strong light. Users obviously feel clear and natural after wearing it. It is especially suitable for computer workers, people watching TV and playing video game consoles. It can effectively prevent harmful light from damaging your eyes and ensure your eyesight health forever.
Identification of safety radiation protection glasses:
As the surface of safety anti radiation glasses is coated with a colored anti radiation film, the film has blue, green, gold, etc. The blue-green coating belongs to the ordinary anti radiation coating, and the anti radiation effect can reach about 50% according to the national test. The high anti gold coating adopts the special silver oxide element, which can reach 90% according to the national test.
Put it on the spot and look at the computer to see what different feelings you have. For example, when you look at the computer without wearing any safety and radiation protection glasses, you feel that the display is particularly dazzling and beats slightly. If you wear anti radiation glasses, you obviously feel clear and natural vision.
According to the online vision optical experts of Shike glasses, safety anti radiation glasses are to add compound media into the manufacturing materials during the lens processing of glasses, and then paste anti radiation film on the lens. They can play a certain filtering role to a certain extent. This is because the radiation of computers comes from electromagnetic waves, which have a certain wavelength and amplitude. Compound media and anti radiation film use this principle to make the electromagnetic waves of different wavelengths generated on the front and rear surfaces of the lens interfere with each other, so as to offset part of the radiation.