Principle
How is this possible? The secret of the transformation between clear and translucent is found in the Liquid Crystal Sheet within the laminated glass panel. The randomly aligned Liquid Crystal molecules are such that it disperses light. However, when voltage is applied, these same molecules arrange themselves in a specific direction in such a way as to permit parallel light to pass through the glass.
Features
1,Response time
The response time from translucent to clear is approx.1/1000 sec. and from clear to translucent can be achieved in approx.1/100 sec.
2,Liquid Crystal Sheet Size
With continuous research and development efforts of our leading and well-respected supplier, Liquid Crystal sheets are now available in a size up to 47''x 118'' or 1200 x 3000mm making expanded applications possible in many fields.
3,Low power consumption
The electrical power required to operate the switchable light control is only .32W/sq ft. (3.5W/sq meter) and no special maintenance is also required. Thus, the tremendous benefits of the material are realized at a very inexpensive operating cost.
4,Laminated glass and plastics composition provides an added safety and durability feature
A key advantage of AJJ Smart Glass is our expertise in laminating both common and advanced materials especially electrified films. Our key head of production has a decade of experience in laminating electrified films making our company a pioneer in the field. Our lamination configuration and processes can be designed to meet your application needs, from simple compositions to bullet and hurricane resistant designs. Our proprietary processing and material selection yields a high quality product with excellent optical properties unique to the industry.
5,Sensor capabilities and possibilities
As the laminated panels are operated with electrical signals, the possibilities are endless. As long as response signals can be converted to electrical signals, it is possible to incorporate sensor technology within the panels, expanding the application possibilities.
How is this possible? The secret of the transformation between clear and translucent is found in the Liquid Crystal Sheet within the laminated glass panel. The randomly aligned Liquid Crystal molecules are such that it disperses light. However, when voltage is applied, these same molecules arrange themselves in a specific direction in such a way as to permit parallel light to pass through the glass.
Features
1,Response time
The response time from translucent to clear is approx.1/1000 sec. and from clear to translucent can be achieved in approx.1/100 sec.
2,Liquid Crystal Sheet Size
With continuous research and development efforts of our leading and well-respected supplier, Liquid Crystal sheets are now available in a size up to 47''x 118'' or 1200 x 3000mm making expanded applications possible in many fields.
3,Low power consumption
The electrical power required to operate the switchable light control is only .32W/sq ft. (3.5W/sq meter) and no special maintenance is also required. Thus, the tremendous benefits of the material are realized at a very inexpensive operating cost.
4,Laminated glass and plastics composition provides an added safety and durability feature
A key advantage of AJJ Smart Glass is our expertise in laminating both common and advanced materials especially electrified films. Our key head of production has a decade of experience in laminating electrified films making our company a pioneer in the field. Our lamination configuration and processes can be designed to meet your application needs, from simple compositions to bullet and hurricane resistant designs. Our proprietary processing and material selection yields a high quality product with excellent optical properties unique to the industry.
5,Sensor capabilities and possibilities
As the laminated panels are operated with electrical signals, the possibilities are endless. As long as response signals can be converted to electrical signals, it is possible to incorporate sensor technology within the panels, expanding the application possibilities.
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