Is There Any Liquid in the LCD Dispaly?

September and October are the hot selling season of electronic products every year, and all kinds of updated products can always attract the attention of consumers. Say these phones, computers are getting thinner and smaller, and TV monitors are getting thinner and bigger, so what are the secrets of these displays?

It can be said that almost all kinds of electronic information products are inseparable from the LCD displays. Liquid crystal has penetrated into every aspect of our lives, from the earliest electronic watches to LCD TVs, from monochrome calculators to cell phones and laptops. Liquid crystal has been widely used in various display fields.

What is the LCD?

Liquid crystal is a viscous solution. For different types of electronic products and different functions, liquid crystal materials are also very different.

According to the classification of display colors, there are two main categories, one is used for calculators, instrument panels, and other monochromatic liquid crystal materials based on digital changes. There is also a type of color LCD used in TVs, computers, and mobile phones, for example. Although it looks liquid, it is not liquid.

It has a crystalline structure at low temperatures, but becomes liquid at high temperatures, and exists in the form of liquid crystals at intermediate temperatures, also known as liquid crystals. In other words, the “liquid crystal” we often say is a special material state that is different from solid, liquid, and gas in a certain temperature range. It has both crystal anisotropy and liquid fluidity.

How does the LCD display?

Nematic liquid crystal molecules originally have different directions. By applying an electric field to them, their directions are deflected under the action of the electric field to control the passage of light, and liquid crystal display is realized.

The LCD is arguably the most LCD product we have seen.

Today, liquid crystal drip irrigation technology is quite mature. Not only is it uniformly filled, but it is also fast and efficient. The more important point is that the thickness between the two glass substrates is greatly reduced, which provides the possibility of presenting high-definition picture quality. Makes the manufacture of large-size LCD screens possible.

The above information is provided by LCD display manufacturers.