The application of organic silicon materials in movie screens not only does not damage the image quality, but also optimizes the image quality from multiple core dimensions such as light control, image clarity, and color stability. At the same time, it can ensure long-term stability of the image quality through stable protective performance. The specific impact is reflected in the following aspects
The commonly used organic silicon light diffusion agent for movie screens exists in the backlight module in the form of nano - or micrometer sized microsphere structures. These microspheres can form a refractive index difference with the substrate, causing incident light to undergo multi angle diffuse reflection and converting point light sources into uniform surface light sources
The refractive index of organic silicon materials is precisely adjusted to achieve complete adhesion of the multi-layer structure of the screen, reduce light refraction loss, make the color of the picture brighter, highlight the details in dark areas, and significantly improve contrast. And this type of organic silicon material has a low shrinkage rate, no bubbles or delamination after curing, and will not cause blurry or ghosting problems in the image.
Organic silicon pressure-sensitive adhesive can be used to make protective films for movie screens. These protective films can tightly adhere to the screen and are easy to clean, while also reducing fingerprint residue and scratch damage. More importantly, it has high optical transparency, which not only protects the screen from daily wear and tear, but also does not block light, avoiding the deterioration of the visual experience caused by scratches and stains on the screen surface, indirectly ensuring the complete presentation of image quality.
Although silicone is hidden from view, it greatly enhances the user's driving experience and sense of quality by improving the quietness, reliability, safety, and environmental friendliness of the car. Especially in the pursuit of intelligent, healthy, and environmentally friendly new energy vehicles, their role is becoming increasingly important.
We focus on developing core technologies such as biobased, plant-based tanning, and biodegradable materials. By analyzing the structure of natural polymers and applying biomimetics, a new type of organic material with excellent performance and environmental friendliness has been developed
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