Clear ↔ opaque
Electrical activation switches the film between transparent and opaque states.
ARCHITECTURAL SYSTEM / APPLICATION LAYER
Smart Film
PDLC Smart Film that changes existing glass from transparent to opaque on demand, creating instant privacy without replacing the full glazing.
01 / ARCHITECTURAL NEED
WHAT THIS SYSTEM HAS TO SOLVE.
For projects that need privacy, daylight and a minimal architectural surface to coexist in offices, homes, healthcare, hospitality and display environments.
SPACE → SYSTEM → TECHNOLOGY → ENGINEERINGReveal the system architecture →
02 / SYSTEM ARCHITECTURE
WHAT HAS TO WORK TOGETHER.
The system becomes meaningful when motion, control and intelligence are engineered as one relationship.
01MOTIONMovement platform
→02CONTROLControl architecture
→03INTELLIGENCEAutomation · sensors · scenarios
→04ARCHITECTURESmart Film
03 / SYSTEM BEHAVIOUR
HOW THE SYSTEM BEHAVES.
Applied to existing glass
The supplied material states it can be applied directly without replacing all glazing.
Control options
Remote, sensors, mobile applications and voice assistants are listed in the supplied material.
Privacy across sectors
Applications include offices, healthcare, hotels, homes, exhibitions and transport.
05 / ENGINEERING DATA
TECHNICAL DETAIL.
06 / MORE DETAIL
Glass becomes an active part of the space.
Smart Film allows privacy to change with use: an open meeting room can become private, a hotel suite can change instantly, and a glazed healthcare space can preserve daylight while controlling visibility.
FAQ
PROJECT QUESTIONS
Answers based on the supplied NERVEN product and system information.
What technology does NERVEN Smart Film use?+
The supplied product sheet specifies PDLC (Polymer Dispersed Liquid Crystal).
Does it require replacing the glass?+
The supplied description states that it can be installed directly on existing glass.
SYSTEM / PROJECT
BRING US THE PROJECT. WE’LL MAP THE SYSTEM.
Share the project stage, scale, location and movement requirement. Our team can help connect the right system, motor, rail and control layer.