For you to introduce AG anti-glare (cover glass field)

Glare glass, after anti-glare process anti-glare treatment, the light transmittance will be reduced. The light transmittance is the ratio of the light projected and transmitted through the glass to the light projected during the incident light passing through the glass.

Most of the AG anti-glare glass on the market is made by chemical etching process or AG spraying process. The AG anti-glare glass processed by anti-glare process not only has excellent anti-glare performance, but also can make its image quality clearer and its visual effect clearer when applied in the display field. At present, it is widely used in the fields of vehicle display, commercial display, industrial display and 3C products. The main reference technical index for detecting the quality of AG anti-glare glass is its optical performance. The main parameters include gloss, haze, flash point, light transmittance, roughness and clarity. Then let's simply understand the relationship between them and also understand what these parameters mean? Understand the coating process made of AG anti-glare film and the glass index requirements of the product

According to these positive and negative ratios, we can also clearly know that the control of these performance parameters can be customized for different needs, and these parameters can be adjusted within a certain range according to actual needs. However, many AG anti-glare glass manufacturers will also match AF spraying and coating process to realize multi-functional products, so that AG anti-glare glass can not only have the performance of high-quality anti-glare glass, but also have the performance of anti-fingerprint performance, comfortable touch, anti-fouling and easy cleaning, etc. It can also quickly break through the market and create technical products in the industry.

Introduced to China, AG protective glass cover is widely used in 3C consumer electronic products, mainly used in vehicle display touch screen, mobile phone back cover, industrial control switch, medical equipment and other fields, can achieve anti-skid, anti-glare and gradual color at the same time.

Haze is the appearance of cloudiness or turbidity on the surface of the anti-glare glass cover due to light diffusion, expressed as a percentage of the total transmitted light intensity at an angle above 2.5 ° from the incident light, and the greater the haze means that the glossiness, transparency, and especially the imaging degree of the glass cover are reduced.

Since 2014, it has entered the field of display glass inspection. Up to now, it has become one of the few suppliers in the industry with relatively complete display glass inspection solutions, introduced glass substrate detection solutions, mobile phone cover glass detection solutions, vehicle cover glass detection solutions, Pad cover glass detection solutions, wearable cover glass detection solutions, TV cover glass detection solutions, industrial control cover glass detection solutions and other sub-domain solutions, and has provided digital visual detection services for terminal brand production lines such as,,, etc.

Brand fight strength, terminal fight internal force! Nowadays, with the change of market demand, high-end fields such as automobile and military industry have more stringent requirements on the parameters such as no flash point, gloss and roughness of AG glass. In this regard, the research and development results have made qualitative breakthroughs. The advent of nano-scale no flash point anti-glare (AG) glass has driven the continuous innovation and development of anti-glare glass technology and added another wonderful chapter to the development of anti-glare glass industry. Return to Sohu to see more.

Not only that, AG glass is also used outdoors, similar to display products in conference rooms, classrooms, halls and other places. Due to the interference of ambient light, it is easy to cause problems such as unclear and reflective light. The use of AG anti-glare glass can improve the clarity and visibility of the picture quality, make the image clearer and more realistic, and achieve better visual effects. The product has sufficient market and technical advantages.

Let's look at a set of data. In the competition pattern of liquid crystal substrate glass, more than 95% is monopolized by foreign investors, of which Corning has a market share of more than 50%. Glass cover competition pattern, the current Corning market share of about 70%, in recent years in the domestic market share gradually compressed, the cover field of domestic products total market share of nearly 20%.

Relying on technological breakthroughs and guided by the actual needs of customers, a variety of high-end visual inspection equipment has been built for different fields: glass substrate inspection equipment supports appearance defect inspection of low-generation and high-generation glass substrates with an inspection accuracy of 5μm-20μm; The front and rear cover glass inspection equipment of mobile phone is mainly used for appearance inspection of finished products of front and rear covers after 2D and 2.5D silk screen coating, which can realize one-stop automatic inspection of various small defects; the on-board cover glass detection equipment supports 7-18 inch on-board cover glass detection, which can effectively solve the pain points existing in traditional detection. Wearable cover glass detection equipment is suitable for quality inspection of display cover glass such as smart watches and bracelets, and can provide real-time early warning and eliminate defective products. TV cover glass detection equipment supports defect detection of large-size cover glass over 24 inches, overcoming the problem that traditional detection equipment cannot give consideration to large size and high resolution......

Aiming at the problem of screen glare, anti-glare (AG) glass came into being. Anti-glare (AG) glass is a functional glass that can reduce ambient light interference, improve the visual angle and brightness of the display screen, reduce screen reflection, make the image clearer, color brighter and color more saturated, and thus significantly improve the display effect, mainly used as electronic display panel. Anti-glare (AG) glass can reduce the reflectivity of the screen to less than 1%, effectively relieve eye fatigue and reduce glare damage to the eyes, so it has become the focus of attention in the industry.

Returning to the theme, it is an unavoidable enterprise in the field of screen cover glass. Since its successful research and development in 2007, it has occupied most of the market share in the field of screen cover glass with its tough performance.

According to China, AG anti-glare glass is made by unique processes such as spraying, chemical etching and coating.

Spraying AG is to spray a layer of coating on the glass surface with the help of spraying equipment to achieve the anti-glare effect. The advantages and disadvantages of this process are very obvious. The advantages are simple operation and high production efficiency. The disadvantage is that spraying AG has a short life and poor performance.

Life is inseparable from glass everywhere, and the application of glass is also varied. For example, insulating glass or laminated glass will be installed in ordinary families, and glass can also be used as decorations. Some decorations may need to be punched on the glass. Glass is an indispensable material in daily life, and the cover glass 0.1 holes are applied to various fields after laser drilling.

Glass, also known as anti-reflection glass and anti-glare glass, English name is Anti-glareglass, is a kind of glass with special processing on the surface of the glass. It is characterized by making the original glass reflective surface into a matte non-reflective surface (uneven surface). The principle is to make high-quality glass sheets on both sides or on one side through special processing. Compared with ordinary glass, it has a lower reflectance, and the reflectance of light is reduced from 8% to less than 1%. It uses technology to create a clear and transparent visual effect, so that viewers can experience better sensory vision.

New technology of rolling soft>>> analysis of five major development characteristics in the application fields of anti-reflection glass and anti-reflection glass. editor's note of Shanghai new technology of rolling soft: many people cannot distinguish AG glass from AR glass, and cannot distinguish the functionality of AG glass from AR glass. We compare the AG glass and AR glass from four aspects.

The third generation of AG glass process is the use of spray baking method to form a film, using a colloidal solution such as SiO2, which is equivalent to spraying a layer of protective paint on the surface of the glass. But the surface coating is easy to fall off, the service life is short, and the wear resistance is poor. The spraying process is mainly aimed at low-end products, with high yield and low technical content. One plus 7T uses AG anti-glare coating process, which is the 4th generation AG process. AG anti-glare coating is professionally called polarizer surface treatment, which is a kind of polarizer surface treatment. The effect is achieved by micro-concave processing on the surface of the polarizer. It was originally used in automobile rearview mirrors. One plus 7T AG glass realizes AG function through multi-layer coating, and it feels very outstanding.

The project to build etching technology AG glass production base, through the surface of the glass functional treatment, to the glass to give anti-glare, anti-fingerprint, anti-reflection and other functions. The product targets are large-size display devices, vehicle display/control, modeling glass, and LCD screen thinning. After the completion of this project, it can also be used as a link in the related industrial chain of Nanjing LCD Valley.

Electrochromic lenses, also known as EC mirrors, are composed of conductive glass, adhesives, electrochromic materials, metal electrodes and other components. It is a lens with the function of electrifying color change. The electrification of the lens can reduce the light reflected to the human eye through the lens, and play an anti-glare effect. Currently, it is mainly used in the fields of automobiles, aviation, construction, etc.