Place of Origin: | Guangdong, China | Brand Name: | SEEYEYE |
Model Number: | Radiation Collection
|
Lenses Color: | Radiation Blue、Radiation Yellow、Radiation Green、Radiation Pink、Radiation Gray |
Using Cycle Periods: | Yearly /Monthly | Lenses Hardness: | Soft |
Diameter: | 14.2mm | Center Thickness: | 0.08mm |
Material: | HEMA+NVP | Water content: | 38%-42% |
Center Thickness: | 0.08mm | Base curve: | 8.6 mm |
Power: | -0.00 | Selling Units: | Single item |
Made in: | Guangdong, China | Tone: | 2 tones |
Colors: | Picture shown | Packing: | Blister |
Packaging Details: | PP | Expiry date: | 5 years |
Single package size: | 7*8*1.2cm | Single gross weight: | 0.060 kg |
Eyescontactlens Radiation Collection yearly natural color contact lenses. Light and color coexist, there is light and there is color. The feeling of color is inseparable from light. propagation of light. Light travels in a straight line in the form of waves, with two factors, frequency and amplitude. Different frequencies produce differences in hue, and different amplitudes produce differences in light and shade of the same hue. When light propagates, there are various forms such as direct, reflection, transmission, diffusion, and refraction. When light is directed directly into the human eye, the color of the light source is perceived visually. When the light source illuminates the object, the light is reflected from the surface of the object, and the human eye perceives the color of the surface of the object. When light is illuminated, if it encounters a transparent object such as glass, the human eye sees the penetrating color through the object. During the propagation of light, when it is interfered by an object, it will diffuse, which has a certain influence on the surface color of the object. If the direction changes when passing through different objects, it is called refraction, and the color light reflected to the human eye is the same as the color of the object. The Radiation Collection was born by applying this light radiation pattern design to the lens design.