Technology
eLstar’s ELM (Electrophetic Light Modulator)
Powered glass dynamically adapts to manage light and heat, reducing energy consumption and enhancing comfort. More efficiency, less environmental impact.
Neutral tint
Clear to dark in < 30 sec
Widest tint range
0.2% Dark – 70% Clear
Largest sizes
2.9 m X 3.3 m
Shapes enabled
Trapezoids and circles
Attractive color
Neutral grey & 98 CRI
Low power
1W / m2
How does our eclipse dynamic glass technology work?
eLstar’s adaptive glass configuration is powered by our innovative ELM technology, which uses electric fields to:
Aggregate pigment particles into areas that are invisible to the human eye. Redistribute them uniformly across the entire active area.
This process enables precise and unlimited modulation control, dynamically adjusting light transmission levels to suit each specific application
F.A.Q.
Most traditional smart glass relies on chemical ion exchange that is often slow and results in a permanent blue or yellow tint. eLstar’s Electrophoretic Light Modulator (ELM) technology uses a pigment-based system which can achieve a perfectly neutral clear state and significantly faster switching speeds, providing a more aesthetic and responsive solution for modern facades.
Speed and uniformity are critical for user comfort. Eclipse™ dynamic glass switches states in seconds. This transition speed is independent of the panel size, ensuring that large-scale architectural windows and automotive sunroofs change uniformly without a "curtain effect."
Yes. Energy efficiency is a primary driver of our technology. By blocking up to 85% of solar heat gain, our glass reduces the energy required for HVAC cooling by up to 30%. This direct reduction in operational carbon helps projects earn significant points toward LEED, BREEAM, and WELL certifications, supporting the global shift toward net-zero building standards.
We designed our technology with glass processors in mind. The eclipse™ light modulator is a thin insert that integrates seamlessly into standard lamination lines using PVB or EVA interlayers. This allows fabricators to produce high-performance smart glass using their existing cleanrooms and autoclaves, removing the need for expensive new manufacturing infrastructure.
Durability is essential for both architectural and automotive applications. Our pigment-based ELM is inherently robust and lightfast, meaning it does not degrade under intense UV exposure. The technology is engineered to operate reliably in a wide temperature range, ensuring consistent performance in the most demanding climates and environments.
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