Anti-reflection coated glass
Anti-Reflection Coated Glass is the phenomenon of applying special optical films, one or more layers thereof, to the surface of the glass to enhance transmittance of light and minimize reflections. This is what reduces reflection and lets through the necessary additional portion of incoming radiation, which is why Anti-Reflection Coated Glass is perfect for a wide range of applications in the optics and optoelectronic industries.
The anti-reflection coating is a very thin almost invisible layer of a certain material with the principles of optical interference, and it is determined via a mathematical ratio indicated by the refractive index of the film with the thickness. When coated glass is illuminated by light, the effect of fine interference among different wavelengths of light is developed at specified conditions in the film, very finely controlling these film parameters will allow some given wavelength of light in the glass and air interface to interfere with reflected waves in the glasses and air interface thereby decreasing reflected light as well as increasing light penetration through the glass.
Anti-reflection coatings can be designed as single or multi-layer structures, which allow the coating to be effective over a wider wavelength range, thus adapting to a variety of applications. This coating technology can greatly improve the transmittance of optical devices, reduce light loss, improve imaging quality or photoelectric conversion efficiency.
product specification
| Parameter | Value |
| Product Name | High-Transmittance Anti-Reflection Coated Glass |
| Product Category | Optical Coated Glass |
| Customization | Customizable |
| Precision | ±0.02~±0.05mm |
| Use | Lighting, Medical, Optical, Photography |
| Thickness Range | Customizable |
| Application Fields | Optical Communication, Laser, Medical Equipment, Aerospace, Automotive |
| Material | Optical Glass |
Anti-reflection coated glass is widely used in:
1. Optical instruments: such as telescopes, microscopes, camera lenses, etc., to improve imaging quality.
2. Display equipment: such as TV, computer monitor, mobile phone screen, etc., to reduce screen reflection and improve display clarity.
3. Solar panels: The photoelectric conversion efficiency of solar panels can be improved by anti-reflection coating.
4. Lighting equipment: such as LED lamps lens or cover light material to improve lighting efficiency.
In general, anti-reflection coated glass improves the optical properties of glass through special optical treatment, making it more efficient and practical in many fields of application.
