Switchable LC Privacy Glass
Switchable smart LC Privacy glass – often known as smart glass, intelligent glass or switchable glass – is ideal for providing opaque glass on demand in commercial buildings and residential properties,Modular partitioning & locations that require privacy.
Magic PD-LC technology is a thermal and sound-insulating laminated glazing solution incorporating a liquid crystal film that can manage transparency on demand, changing instantly from clear state to translucent, and vice versa.
The liquid crystals align when the electrical current is switched on, causing the glass to turn transparent instantly. When the power is switched off, the glass has a naturally opaque appearance, blocking vision (total privacy), yet permitting light to pass through (translucent).
- switchable privacy glass for office snap room
- switchable lc glass for office snap room
- switchable spd glass partition
- switchable pdlc glass opaque state
It also has a highly effective rear-projection surface – making it ideal for office spaces and meeting rooms.
High transparent switchable glass has low power consumption (only 0-3 W/m2, depending on state), with long-term durability and reliability with no maintenance costs.
Switchable glass has widely applications :
Partitions, doors and sliding doors, floor panels, counters, display cases, screens etc. Back-projections screens / multi-media walls. Exteriors: Windows, single or double glazed facades. Opaque back projection screens / multi-media walls.
- switchable pdlc glass opaque state
- switchable spd glass partition
- cuved smart glass for conference room
- cuved smart glass for conference room
- curved switchable glass
- curved switchable glass
- switchable privacy glass works as rear projection screen
- electric window film
Cutting:
1.Various size and shapes.
2. cutting or drilling holes are possible.
3.Electrodes and cable exits
Depending on the size of the glass-pane, either on top, at the bottom, on the right or left side, with the exit of the cable at the centre of the electrodes’ side.