Smart Glass Partition Wall Office Controller Dimming Glaas Pivot Door Smart Office Door
Dimming glass can be used in the following fields:
| Architecture: | - Installed in conference rooms to facilitate privacy needs during meetings and transparent state switching during exhibitions. |
| - Bathroom doors and windows, protecting privacy without affecting lighting. | |
| - Living room partitions, increasing the fun and flexibility of space. | |
| Hotel: | - Windows or partitions in guest rooms to meet the different needs of guests. |
| - Banquet halls and other places can switch states according to the event scene. | |
| Medical: | - Partitions in examination rooms or wards to provide privacy protection. |
| Commercial display: | - Glass walls in exhibition halls, convenient for displaying and hiding exhibits. |
| Financial: | - Bank counters, etc., can adjust transparency while ensuring safety. |
How Smart Dimming Glass Works: The Science Behind Instant Privacy
Glawall's PDLC (Polymer Dispersed Liquid Crystal) dimming glass operates through advanced electro-optical technology, enabling seamless transitions between transparency and opacity. Here's a breakdown of its engineering:
| 1. Core Structure | Layer Function | Outer Glass Panels 2x tempered glass sheets (5-12mm thickness) for durability/safety |
| PDLC Film Liquid crystal droplets suspended in polymer matrix (50-200μm thickness) | ||
| Conductive Coating Transparent ITO (Indium Tin Oxide) electrodes on both sides | ||
| Interlayer PVB or EVA laminate for impact resistance | ||
| 2. Operating Principle | A. Power-OFF State (Opaque/Frosted) | Liquid crystals randomly scatter light (like shattered glass) |
| Light transmission: <5% (privacy mode) | ||
| Applications: Confidential meetings, medical exams | ||
| B. Power-ON State (Transparent) | Electric field aligns crystals parallel to light path | |
| Light transmission: >80% (crystal-clear view) | ||
| Response time: 0.5 seconds (industry fastest) |
| 3. Technical Specifications | Parameter Performance |
| Voltage 48-110V AC (low-energy) | |
| Power Consumption 5W/m² (similar to LED lighting) | |
| Switching Cycles 100,000+ (10+ years at 30 cycles/day) | |
| Temperature Range -30°C to +80°C operational | |
| UV Resistance Blocks 99% UV rays | |
| 4. Control Systems |
Wall Switches (Standard) |
| Mobile App (iOS/Android via Bluetooth/WiFi) | |
| Voice Control (Alexa/Google Home integration) | |
| Automation (Triggers via: Room schedules/Light sensors) |
5. Unique Advantages vs. Alternatives
Feature PDLC Dimming Glass Traditional Blinds
Space Saving Zero footprint Bulky mechanisms
Hygiene Non-porous surface Dust-trapping slats
Maintenance None required Regular cleaning
Aesthetics Sleek, modern Visual clutter
"Where physics meets design—transforming spaces at the speed of light."
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