Application and production of anti-glare treatment for glass
Glass is widely used in modern times and has always been a product in high demand. Through the use of specific treatments, we are able to both utilise the properties of glass and compensate for its shortcomings, no longer being constrained by its natural properties. Glass is originally a highly reflective material and therefore prone to light pollution. However, there is now a new type of anti-glare glass, by the direct sunlight when the reflection is not strong, will not sting the human eye, so commonly used in some of the screen display requirements of the higher occasion. Next, we will introduce the main applications of anti-glare glass, as well as the production method of anti-glare glass.
Influential factors for the development of China's fluorine material industry
Our country has acceded to the WTO and is required to provide most-favoured-nation (MFN) treatment to other member countries in accordance with the relevant provisions of the WTO. With the entry of more foreign companies, competition in the industry will become more intense. The production costs of large foreign companies will be further reduced due to advanced technology and cheap local labour in China, which further puts them in a favourable position in the competition. In the international market, the grade of our products and the international market demand is still a distance, into the international market is still quite difficult. In addition, because fluoroelastomer and its related products are mainly used in automobile manufacturing industry, petrochemical industry, machinery manufacturing industry and home appliance industry, so the organic fluorine industry is affected by the chemical industry, automobile, home appliance, machinery manufacturing and other industries development situation. China's accession to the WTO will bring different degrees of challenges and opportunities to these industries, which in turn will have an impact on the production and operation of fluorine materials.
When light enters different transmitting substances (e.g. from air to glass), about 5% of the light will be reflected away, and there are many lenses and refractors in optical scopes, which can add up to a loss of 30% to 40% of the incident light. Modern optical lenses are usually coated with single or multi-layer magnesium fluoride transmittance enhancement coatings. Single-layer transmittance enhancement coatings can reduce reflections to 1.5%, while multi-layer transmittance enhancement coatings can reduce reflections to 0.25%, so that the entire scope, if properly coated, can have a light transmission rate of up to 95%. Lenses coated with a single layer of transmittance enhancement film are usually blue-violet or red, while lenses coated with multiple layers of transmittance enhancement film are light green or dark purple.
Application of permeation enhancement membranes
Reflection-reducing film (transmittance-enhancing film) is an optical coating with a wide range of applications, widely used in daily life, industry, astronomy, ** science, electronics and other fields. With the development of the electronics industry and computers, display anti-glare anti-static film and computer video security screen has become a new field of application of the reflection-reducing film, has a broad market prospect, which can not only effectively improve the conversion efficiency of the battery, but also improve the mechanical properties of the substrate, electrical properties, optical properties, and other physical and chemical properties.
Chemical Definition of Car Coating
The definition of car coating, from a professional point of view to analyse, in order to make a difference with the glaze, the real car coating should be inorganic coating, that is, never oxidize the crystal glass coating. Only inorganic coating, is covered in the car surface coating layer, will not be ultraviolet light, acid rain and other external factors oxidation and disappear, vehicle normal use of a single protection of the paint up to 1 year or so, so it can be called car coating. Its coating method in order to adapt to the needs of the popularity of automotive beauty shops, do not need to be cured at high temperatures in the oven, as long as the chemical reaction with the moisture in the air, it can be cured to silicon dioxide (SiO2) as the main component of the crystal glass coating layer.
Chemical Vapour Deposition of Permeation Enhancement Films
Chemical Vapour Deposition (CVD) (Transmission Enhancement Film) is to supply gases containing the elements that make up the film to the substrate, and use energy sources such as heating, plasma and ultraviolet light to deposit the film on the substrate in a chemical reaction, which allows for the preparation of reflection-reducing films for solar cells, such as SiN, ZnS, SiO2, SiC, and so on.
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