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Antireflection coating material, antiglare coating material, antireflection film, antireflection film and antiglare film

机译:防反射涂料,防眩涂料,防反射膜,防反射膜和防眩膜

摘要

PPROBLEM TO BE SOLVED: To obtain a glare-proof coating material that uses low refractive index/light transmission properties/irregular reflection of secondary particles of cubic hollow particles composed of silica shells produced at a low cost and is used for a use requiring a low cost. PSOLUTION: When the glare-proof coating material 1 is applied to the surface of a glass substrate 4, a glare-proof coating film having a structure in which secondary particles 2 having sizes in the range of 0.5m-5m are projected from a thin coating film of an acrylic resin 3 is formed. Since the cubic hollow particles 10 composed of silica shells constituting the secondary particles 2 have thin thickness of the silica shells 11 of about 1nm-5nm and large volumes of the hollow parts 12, the whole glare-proof coating film has a low refractive index of 1.2-1.3, and the cubic hollow particles 10 composed of the silica shells have a function in which a visible light L1 made incident approximately vertically to the glare-proof coating film is passed through the silica shells 11 and the hollow part 12, permeated as it is and a visible light L2 slantingly made incident is scattered on the silica shells 11. PCOPYRIGHT: (C)2008,JPO&INPIT
机译:

要解决的问题:获得一种防眩涂料,该涂料利用低折射率/透光性/由二氧化硅壳构成的立方空心颗粒的次级颗粒的不规则反射,该次级空心颗粒以低成本生产并用于使用需要低成本。

解决方案:当将防眩涂料1涂覆到玻璃基板4的表面上时,防眩涂料膜具有以下结构:其中尺寸在0.5m-5m范围内的次级颗粒2被投影。由丙烯酸树脂的薄涂膜3形成。由于由构成二次粒子2的二氧化硅壳构成的立方体中空粒子10的二氧化硅壳11的厚度较薄,约为1nm〜5nm,并且中空部12的体积大,因此防眩涂膜整体的折射率低。并且,由二氧化硅壳构成的立方体状的中空粒子10具有1.2〜1.3的功能,具有使大致垂直入射到防眩涂膜的可见光L1透过二氧化硅壳11和中空部12的功能。是的,倾斜入射的可见光L2散布在二氧化硅壳11上。

版权所有:(C)2008,JPO&INPIT

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