Our Tech
Reversible Metal Electrodeposition (RME)
How it works: RME uses a small voltage to deposit a thin metal layer that blocks light. Reversing the voltage dissolves the metal into invisible ions, returning the material to full clarity. Our electrolyte is a tunable, proprietary bi-metallic composition that enables a broad range of applications.
RME Full Device Stack
Our technology can be applied directly to glass or plastic substrates or delivered as a laminate-ready film. This supports both rigid and flexible applications.
What Makes Us Unique
Blackout
Tynt’s RME offers a seamless transition from crystal-clear to full blackout, delivering instant privacy for residential windows or enabling immersive AR environments.
Mirroring
RME can be precisely tuned to function as a switchable mirror, enabling reflective states on demand with customizable metallic hues—ideal for applications in wearables, architecture, and beyond.
Clarity
RME achieves an industry-leading 0.01% to 90% visible light transmission (VLT) range with exceptionally low haze, critical for optical applications such as AR eyewear.
Speed
Tynt fully transitions from clear to black, and back again, in under 10 seconds. This is a critical capability for AR and electronics applications where speed and responsiveness are essential.
Stability
As a bi-stable system, Tynt maintains any chosen tint level without drawing continuous power, unlocking energy savings and ensuring consistent performance across numerous applications.
“We keep moving forward, opening new doors, and doing new things, because we're curious and curiosity keeps leading us down new paths.” - Walt Disney
Core Innovation
Our electrolyte is the core innovation behind Tynt’s performance advantage. This proprietary chemistry took years to develop and is the result of deep, fundamental research into electrochemical interfaces.
It’s the reason Tynt can deliver true optical transparency, neutral color, and full blackout — all in a low-power, scalable film. This breakthrough enables a unique combination of benefits that other approaches have yet to achieve in a single solution, unlocking high-performance dimming across a wide range of applications.
Patent Protected Platform
Tynt’s technology is backed by a robust and growing intellectual property portfolio, with 23 patents and applications covering core materials, device architecture, and manufacturing methods.
This includes 7 patents exclusively licensed from breakthrough research at Stanford University and the University of Colorado Boulder, giving Tynt a strong foundation and clear freedom to operate across multiple markets.