Complete privacy or transparency when you need and want it most. Allows you to control the lighting level (opacity) through the voltage controller.
Blocks 99% of UVA rays.
Smart solar control films reflect infrared light, providing cooler interiors and reducing HVAC costs.
Mitigate long-term costs associated with cleaning, cooling, and signage.
Custom shapes and patterns add style and functionality to windows and partitions.
Replace thick walls with slim partitions or segment open floor plans with minimalist solutions.
Eliminate fabric or electronic curtains that are hard to clean and gather germs, all while affecting the designs.
Provide light or privacy and give users the flexibility to control their space, achieving a greater sense of control and well-being.
Smart windows to which a “smart film” has been applied are capable of controlling the amount of light which enters from the outside. If one wishes to increase the privacy of the living space, the smart windows can turn opaque, or vice versa with the flick of a switch, enabling an electric current to act on the glass.
The smart film uses Polymer Dispersed Liquid Crystal (PDLC) technology: upon the application of an electric current, the particles align, increasing the transparency of the glass. However, when the electric field disappears, the particles become disorganized and the glass again turns opaque.
The self-adhesive liquid crystal smart film is covered with adhesive (AB glue) on one side of the smart film, which is used to adhere to the glass surface.
Note: PDLC self-adhesive films should not come into contact with water, otherwise they will be discarded.
Smart film is a new type of electronic light control product. The electronically controlled smart film is a liquid crystal/polymer hybrid material injected between two transparent conductor films.
PDLC film in the absence of an electric field is in an opaque state. When an alternating current is applied, the liquid crystal molecules align in an orderly manner, causing the electronically controlled dimming film to transition from an opaque (OFF) state to a transparent (ON) state. This is achieved through an adhesive interlayer of liquid crystal.
