How well-versed are you in electrochromic glass? It is a kind of smart glass that alters the amount of tint it emits in response to an electrical signal. This enables control over factors such as energy usage, glare, and comfort.

Due to its many advantages, electrochromic glass is quickly gaining popularity. We’ll go over electrochromic glass’ definition, operation, and advantages in this blog post. We’ll also look into some of the most recent uses of electrochromic glass!

What is electrochromic glass?

With the flip of a switch, a particular type of glass called electrochromic glass can transform from transparent to opaque. A thin electrochromic material film that is deposited on the glass’ surface is what gives the material its distinctive quality.

The film changes color when an electric voltage is applied, obstructing light and giving the glass an opaque appearance. The transparency of the film is restored when the power is turned off. There are many potential uses for electrochromic glass, including electrochromic smart windows that can save energy by automatically tinting to block sunlight. To increase the longevity and durability of electrochromic coatings, additional research is required because the technology is still in its infancy.


How does the electrochromic film for windows work?

A new technology that can be used on windows to regulate the amount of light and heat entering a structure is electrochromic film.

An electrochromic gel is sandwiched between two layers of polyethylene terephthalate (PET) to create the film. The electrochromic gel changes when a voltage is applied to the film, turning it opaque and obstructing heat and light.

When the voltage is turned off, the gel returns to its clear state and can once more transmit light and heat. In comparison to conventional window treatments, this technology has a number of benefits, such as the ability to instantly change the amount of heat and light entering a building and to increase durability and energy efficiency.

What are the applications of electrochromic glasses?

Digital glass displays of the kind found in electrochromic glasses are useful in many situations. Electrochromic glasses are frequently used with portable electronics like smartphones and tablets.

In addition to smaller displays, the glasses can be used with larger ones like computer and television monitors. Additionally, electrochromic glasses are utilized in automobile applications like Heads-Up Displays and HUDs, and electrochromic glass cars.

The glasses’ electrochromic qualities enable them to be dynamically tinted, which means they can change how much light passes through them. They are therefore perfect for uses like LCD screens or digital signage where it is necessary to regulate the amount of light exposure.

Digital glass displays are used in modern car windshields. To adapt the transparency of the windshield to changing lighting conditions, they use electrochromic glass. Particularly when exposed to strong sunlight, the digital glass display may darken, making it simpler for the driver to see the road ahead.

The driver can also see information on navigation, speed, and other topics on the digital glass display. Additionally, both residential and commercial buildings use electrochromic glass.

Electrochromic windows, for instance, can be used to control the amount of sunlight that enters a building, assisting in the reduction of energy costs. Similar to how it can be used in skylights and atriums, electrochromic glass can produce a range of different lighting effects. It is likely that we will see even more creative applications for electrochromic glass as its range of uses expands.

What are the glasses window displays?

Digital displays called glass windows to make use of a range of technologies to give users an interactive experience. They can be utilized for a number of things, such as disseminating details about goods and services, guiding client traffic, and announcing special events.

Glass windows can also be used to give customers a vibrant and interesting shopping experience. Glass windows can be used to advertise events and direct customers in addition to providing information about goods and services. Businesses can attract and engage customers by using glass windows to create an immersive and interactive shopping experience.

Why you should choose Daken Chem for the electrochromic film material?

For more than 15 years, Daken Chem has produced electrochromic film materials. We have consistently met the needs of their customers by offering high-quality products during this time.

Daken Chem also provides a wide selection of electrochromic film materials, allowing you to select the one that best suits your requirements. Additionally, they provide a range of customization options so you can design a product that is exclusively yours.

And lastly, Daken Chem provides reasonable prices and prompt deliveries for products. Given all of these factors, it is obvious that Daken Chem is the ideal supplier of electrochromic film materials.

You can view more about our electrochromic film materials PDLC here.

Below are part of our main products: 

Product CAS NO.
4-tert-Butylthiophenol 2396-68-1
RM257 174063-87-7
R6M RM82 125248-71-7
RM23 83847-14-7
RM105 82200-53-1
LC242 187585-64-4
4-((6-(methacryloyloxy)hexyl)oxy)benzoic acid 91652-00-5 
2,5-Dihydroxybenzaldehyde 1194-98-5
6-(4-hydroxyphenoxy)hexyl acrylate 161841-12-9
4-((6-(acryloyloxy)hexyl)oxy)benzoic acid 83883-26-5
4-((11-(acryloyl oxy)undecyl)oxy)benzoic acid 106620-90-0
4-(6-Acryloyloxyhexyloxy)-benzoesure(4-(trans-4-propylcyclohexyl)-phenylester) 182311-45-1
Nafamostat mesylate  82956-11-4

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