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Anti-reflective coated glass
The working principle of the anti-reflection coating is based on the interference effect of light waves. When light enters the glass from the air, some of the light is reflected on the surface of the glass, and some of the light passes through the glass. If one or more layers of thin films of specific thickness and refractive index are applied to the glass surface, the light waves reflected back to the air can interfere with the light waves reflected from the film surface, thereby reducing the intensity of the reflected light. In this way, more light can pass through the glass to achieve the purpose of improving the transmittance.
| Parameter | Value |
|---|---|
| Product Name | Enhanced Visual Effect Anti-Reflective Coated Glass in Optical And Display Devices |
| Supplier | Taiyu |
| Customization | Customizable |
| Surface Quality | Based on technical requirements |
| Flatness | High grade |
| Thickness | 2mm, 3mm, 4mm, 5mm, 6mm |
| Standard Sizes | 2440mm x 3660mm, 2440mm x 1650mm, 3300mm x 3660mm, or Custom |
| Color | Clear, Ultra-Clear |
Anti-reflection coating features include:
1. Increasing the transmittance of light: It is possible to increase the transmittance of a glass material because more of the light can now travel through it due to reduced reflection.
2. Decreasing glare: It reduces the brightness of reflected images, so, less visibility due to reflective glare increases the visibility of the image.
3. Improved visual effect: Anti-reflection coatings could improve the visual appearance and imaging quality of spectacles, telescopes, camera lenses, and other optical instruments.
4. Compatible with various applications: Such anti-reflection coatings can be tailored according to given application demands for different wavelength ranges and optical performance requirements.
Anti-reflection coatings are widely used in various optical devices and display devices, such as glasses, camera lenses, telescopes, microscopes, solar panels, television and computer screens. In these applications, anti-reflection coatings can significantly improve performance, reduce interference, and enhance the user experience.
Anti-reflective coated glass
The working principle of the anti-reflection coating is based on the interference effect of light waves. When light enters the glass from the air, some of the light is reflected on the surface of the glass, and some of the light passes through the glass. If one or more layers of thin films of specific thickness and refractive index are applied to the glass surface, the light waves reflected back to the air can interfere with the light waves reflected from the film surface, thereby reducing the intensity of the reflected light. In this way, more light can pass through the glass to achieve the purpose of improving the transmittance.
| Parameter | Value |
|---|---|
| Product Name | Enhanced Visual Effect Anti-Reflective Coated Glass in Optical And Display Devices |
| Supplier | Taiyu |
| Customization | Customizable |
| Surface Quality | Based on technical requirements |
| Flatness | High grade |
| Thickness | 2mm, 3mm, 4mm, 5mm, 6mm |
| Standard Sizes | 2440mm x 3660mm, 2440mm x 1650mm, 3300mm x 3660mm, or Custom |
| Color | Clear, Ultra-Clear |
Anti-reflection coating features include:
1. Increasing the transmittance of light: It is possible to increase the transmittance of a glass material because more of the light can now travel through it due to reduced reflection.
2. Decreasing glare: It reduces the brightness of reflected images, so, less visibility due to reflective glare increases the visibility of the image.
3. Improved visual effect: Anti-reflection coatings could improve the visual appearance and imaging quality of spectacles, telescopes, camera lenses, and other optical instruments.
4. Compatible with various applications: Such anti-reflection coatings can be tailored according to given application demands for different wavelength ranges and optical performance requirements.
Anti-reflection coatings are widely used in various optical devices and display devices, such as glasses, camera lenses, telescopes, microscopes, solar panels, television and computer screens. In these applications, anti-reflection coatings can significantly improve performance, reduce interference, and enhance the user experience.
