| Customization: | Available |
|---|---|
| After-sales Service: | Online Support |
| Usage: | Lighting, Optical |
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| Product Name: | Anti Blue Light Series Lens |
| Index: | 1.49/1.56/1.67/1.74 |
| Material: | Resin |
| Abbe Value: | 58/37.3/33.8/32.0/32.0 |
| Power Range: | -8.00/-2.00+6.00/-2.00 |
| Diameter: | 65/70/72/75 |
| Coating: | Blue/Green |
Sunlight is a dazzling fusion of red, orange, yellow, green, and blue light rays, possessing various shades and hues dictated by their unique energy levels and wavelengths. These vibrant rays, known collectively as electromagnetic radiation, merge to form the brilliant spectrum we recognize as 'white light' or sunlight.
In the fascinating world of light physics, there's a captivating relationship: as the wavelength of light shortens, its energy intensifies. Thus, light with extended wavelengths harbors less energy, while those with abbreviated wavelengths pack more energetic punch.
The gleaming rays on the red side of the visible spectrum boast longer wavelengths and consequently, less energy. In contrast, the vivid rays at the blue end flaunt shorter wavelengths, brimming with greater energy potential.
Beyond the perceivable red spectrum lie the warming, invisible infrared rays. These rays, often emanating from heat lamps at eateries, provide warmth without visibility. While they produce visible red light to signal their active status, they share space with a range of other heat lamp types.
Conversely, at the opposite end of the spectrum lie the blue light rays with the shortest wavelengths and highest energy, occasionally termed blue-violet or violet light. Beyond this visible spectrum, we encounter ultraviolet (UV) radiation, known for its invisibility and high energy.
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