| Customization: | Available |
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| 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 tapestry of colors: red, orange, yellow, green, and blue light rays, each with its own unique shade, energy, and wavelength. This vibrant blend of electromagnetic radiation forms the 'white light' that graces our days as sunlight, illuminating life with its spectrum of colors.
In the fascinating world of physics, there's a captivating dance between the wavelength of light rays and their energy. Longer wavelengths mean less energy, while shorter wavelengths indicate more energy, making light a dynamic force of nature.
Light rays on the red side of the visible spectrum stretch out with longer wavelengths and thus hold less energy. In contrast, rays on the blue side are compact with shorter wavelengths, brimming with more energy and vitality.
Beyond the red end of the visible spectrum lies the enchanting realm of infrared rays, known for their warming touch yet invisible to the eye. Often seen in warming lamps at eateries, they emit both soothing infrared radiation and visible red light, signaling their presence. Such is the magic of infrared and other heat lamps!
On the spectrum's opposite end, blue light rays with the shortest wavelengths carry the highest energy, sometimes known as blue-violet or violet light. This intense energy is why the invisible electromagnetic rays just past the visible light spectrum are aptly named ultraviolet (UV) radiation.
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