Free Technical Documentation: An explanation of the mechanism, production method, and benefits of our anti-reflective film!
Anti-reflective film is a type of film designed to suppress the reflection of external light on the surface of optical devices such as displays, aiming to prevent a decrease in visibility. Generally, it has a structure where a thin, transparent film with anti-reflective optical properties is layered on the surface of a base film. For example, the sparkling appearance of a water surface is due to the difference in refractive indices between air and water, which causes some light to be reflected at the boundary. Since the surface of a display also has an interface with air, light reflection will inevitably occur even if the display is covered with a transparent glass cover. Anti-reflective film is designed to minimize this reflection as much as possible. Our anti-reflective film consists of an adhesive layer, a base film, a hard coat layer, and an anti-reflective layer, with an anti-fouling treatment applied to the outermost surface. By controlling the refractive indices and thicknesses of the materials that make up the layers so that the phase of the interface reflection light reflected at each membrane interface cancels out the phase of the surface reflection light reflected at the surface, it is possible to reduce the reflected light. *For more detailed information, please refer to the related links. For further inquiries, feel free to contact us.*
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【Method for Manufacturing Anti-Reflective Film】 There are two main methods for producing the films used in anti-reflective films: the "wet method" and the "dry method." The wet method, as the name suggests, involves applying a liquid material to a base film and then drying it to form the film. The dry method is divided into "deposition" and "sputtering," and Dexerials manufactures using the sputtering method. Sputtering is a representative technology for film formation, where argon ions, ionized under high voltage, are bombarded onto a target material that serves as the film material within a vacuum chamber. This process ejects atoms from the target material, which then adhere and layer onto the surface of the substrate. In the sputtering method, it is necessary to maintain a high vacuum inside the sputtering apparatus's chamber because if there is excess gas, the argon ions will collide with that gas. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*
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Dexerials Corporation has business offices and sales bases not only in Japan but also in Asia, including China, as well as in Europe and the United States. We continue to provide products with new value that meet customer needs tailored to each market. By adding new technologies to our existing products, we aim to maintain and strengthen our business. Moving forward, we will boldly challenge the automotive and life sciences sectors, steadily nurturing and expanding new businesses, while advancing the development of technologies that will pave the way for the future. As a company that creates new value that is not found anywhere else, we strive to maximize customer value and continue to challenge ourselves to become a trusted partner for our customers and society.
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