Smart Optical Film
Current PDLC products can instantly change from opaque to transparent mode by simply switching the power on and is able to bring the benefits of privacy protection, UV block, and heat block. But that’s not all. BenQ Materials integrates laser engraving technique on PDLC products which makes logo and pattern customization on PDLC products a dream come true. Thanks to the innovative technique and integration, a smart optical film becomes smarter.
Patterned Smart Optical Film/Glass
By engraving logo or pattern on PDLC films, PDLC products can be widely applied for diverse commercial applications. Retailers can show the open / closed message in an environmental-friendly way. The bakery can show its tasty bread image to attract customers. The application also can be used for the hospital. A window / glass not only can provide patients or staff with personal privacy but also enables to offer simple information.
Feature
- Light control / dimmable Customizable
- shape Customizable logo / pattern on
- PDLC Blocks more than 99% of harmful
- UV rays ; visible light transmittance of 85% Maximum size up
- to1200x3200mm
Patterned PDLC
Incorporates laser engraving technology to enable logo and pattern customization, offering greater possibilities for commercial applications.
Privacy
Allows instant switching between opaque and transparent modes to provide flexible privacy protection and see-through capability with a simple and convenient power on/off switch. Additionally, it functions as an electric curtain, reducing the cost and maintenance associated with traditional curtains or blinds.
Energy Saving
Effectively blocks heat and light to cool indoor spaces and reduce energy consumption. Furthermore, it blocks 99% of harmful UV rays.
Projection Display
Functions as both a PDLC and a projection screen, delivering clear and translucent projection effects. It is ideal for use as a meeting room partition wall, combining privacy, see-through capability, and projection functionality in one solution.
Low Reflection
Designed to minimize reflection, thereby reducing discomfort from glare.
