The Trend of Smart Glasses and their Superior Performances
Posted by bestroom on August 29th, 2014
Smart glasses are the latest trends witnessing an array of applications worldwide. Distinctly elaborated, this refers to the type of glass that gradually changes light transmission properties when exposed to heat, light or voltage fluctuations. The critical aspects of smart glass incorporate functional features like degree of transparency, speed of control and possibilities of dimming. Polymer dispersed liquid crystal is a kind of smart glass, wherein this technology is used for applications in both interior and exterior settings to ensure privacy control. For instance, PDLC glass is used in shower or bathrooms to protect privacy, and yet again it is used in intensive-care areas, conference rooms for the same purpose.
In this regard, Bestroom Co., Ltd., a PDLC glass manufacturer in Korea deserves special mention since it is one of those coveted companies which have been engaged in putting their R & D’s best and uncompromising efforts for improving durability, safety and performance in the UV system. Today, the company is known for producing higher quality and more beautiful products; and no wonder some of its innovations are splendid. Today, in a world where the need of highly functional resin and synthesis monomer, smart glasses are high on demand, technology is striding in revolutionary leaps.
PDLC Glass- Explained
In polymer dispersed liquid crystal, it is simply explained as the perfectly combined application of liquid crystals and polymers. Scientifically explained, liquid crystals are highly responsive to electrical charge. As current starts to flow, each of the crystal droplets gets activated for aligning parallel light passing through so as to result into transparency. Now, when electrical charge is absolutely absent, the liquid crystals get randomly oriented. In that case, light gets heavily scattered. Eventually, light does not permeate in aligned form resulting in opaque.
How voltage can control of degree of transparency in PDLC glass?
Certain amount of applied voltage can actually control the degree of transparency in a PDLC glass. It is observed that at lower voltages, a few of liquid crystals amass to align with electric field completely. This indicates that only faint light is able to pass through the glass while the rest of light gets scattered. In a reverse case, when voltage is increased, it leaves a few liquid crystals out of alignment ensuring that light is less scattered. Yet again, with applications of special inner layers and tints, it is absolutely feasible to control the amount of heat and light passing through the PDLC glasses.
As is know, LCD displays and touch screens have become hugely popular with the mass and so many companies are coming up with latest technology to improve the display quality to ensure optically clear bond. In this context, optical clear adhesive should be mentioned.
The Advantage of Optical Clear Adhesives
This is commonly used on LCD flat panel displays, touch screens, transparent graphic overlays and also other displays that demand optically clear bonds. According to experts of Bestroom Co., Ltd., optical clear adhesives are engineered to ensure consistent quality and absolute ease of use that help to enhance expectations of customers. Embraced as a popular optical clear adhesive manufacturer in Korea, Bestroom is witnessing success in great potential and is sure to herald a dawn of new age technology.
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Joined: August 29th, 2014
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