TruTint™
TruTint™
TruTint™
A nanoparticle-based smart glass film that controls light, color, and infrared instantly.
A nanoparticle-based smart glass film that controls light, color, and infrared instantly.
Instant Switching
Instant Switching
Instant Switching
Cost Effective
Cost Effective
Cost Effective
Infrared Control
Infrared Control
Infrared Control
Infinite Tints
Infinite Tints
Infinite Tints
Film-Based
Film-Based
Film-Based
How It Works
How TruTint delivers instant, precise control over light, color, and heat.
01.
Nanoparticles
Color-coated nanoparticles act as microscopic optical shutters, determining how much light and infrared pass through the glass.
01.
Nanoparticles
Color-coated nanoparticles act as microscopic optical shutters, determining how much light and infrared pass through the glass.
01.
Nanoparticles
Color-coated nanoparticles act as microscopic optical shutters, determining how much light and infrared pass through the glass.
02.
Nanoimprinted Film
The nanoparticles are suspended in microscopic wells within a nanoimprinted film, which is then sealed and laminated between glass layers.
02.
Nanoimprinted Film
The nanoparticles are suspended in microscopic wells within a nanoimprinted film, which is then sealed and laminated between glass layers.
02.
Nanoimprinted Film
The nanoparticles are suspended in microscopic wells within a nanoimprinted film, which is then sealed and laminated between glass layers.
03.
Electric Control
When voltage is applied, the nanoparticles align precisely, allowing continuous control of tint, color, and infrared heat in real time.
03.
Electric Control
When voltage is applied, the nanoparticles align precisely, allowing continuous control of tint, color, and infrared heat in real time.
03.
Electric Control
When voltage is applied, the nanoparticles align precisely, allowing continuous control of tint, color, and infrared heat in real time.
Real World Impact
Reducing energy use and emissions while improving comfort and performance.
Up to 50% Energy Reduction
Efficiency
Dynamic control of light and infrared can significantly reduce HVAC demand and overall building energy consumption.
Up to 50% Energy Reduction
Efficiency
Dynamic control of light and infrared can significantly reduce HVAC demand and overall building energy consumption.
Up to 50% Energy Reduction
Efficiency
Dynamic control of light and infrared can significantly reduce HVAC demand and overall building energy consumption.
Reduced CO₂ Emissions
Sustainability
Lower energy usage directly contributes to reduced greenhouse gas emissions and more sustainable buildings and vehicles.
Reduced CO₂ Emissions
Sustainability
Lower energy usage directly contributes to reduced greenhouse gas emissions and more sustainable buildings and vehicles.
Reduced CO₂ Emissions
Sustainability
Lower energy usage directly contributes to reduced greenhouse gas emissions and more sustainable buildings and vehicles.
Improved Building Comfort
Comfort
By minimizing glare and heat gain while maximizing daylight, TruTint creates more comfortable and productive interior environments.
Improved Building Comfort
Comfort
By minimizing glare and heat gain while maximizing daylight, TruTint creates more comfortable and productive interior environments.
Improved Building Comfort
Comfort
By minimizing glare and heat gain while maximizing daylight, TruTint creates more comfortable and productive interior environments.
Extended EV Range
Mobility
Infrared heat management reduces cabin cooling loads, helping improve efficiency and driving range in electric vehicles.
Extended EV Range
Mobility
Infrared heat management reduces cabin cooling loads, helping improve efficiency and driving range in electric vehicles.
Extended EV Range
Mobility
Infrared heat management reduces cabin cooling loads, helping improve efficiency and driving range in electric vehicles.
Why Is TruTint Different?
Why Is TruTint Different?
A closer look at the core technologies that set TruTint apart.
A closer look at the core technologies that set TruTint apart.
Instant Switching
Responds in real time, switching in under one second to adapt instantly to changing light and environmental conditions.
Infinite Tints & Colors
Infrared Control
Film-Based Integration
Future Display Capability
Instant Switching
Responds in real time, switching in under one second to adapt instantly to changing light and environmental conditions.
Infinite Tints & Colors
Infrared Control
Film-Based Integration
Future Display Capability
Instant Switching
Responds in real time, switching in under one second to adapt instantly to changing light and environmental conditions.
Infinite Tints & Colors
Infrared Control
Film-Based Integration
Future Display Capability
How TruTint Compares
See how TruTint performs against traditional and conventional smart glass.
Traditional Glass
Static
No infrared control
Energy inefficient
Conventional Smart Glass
Limited colors
Slow switching
High complexity
TruTint™
Instant switching
Infinite colors & tints
Infrared control
Film-based integration
Traditional Glass
Traditional Glass
Conventional Smart Glass
Conventional Smart Glass
TruTint™
TruTint™
Switching Speed
Color Range
Infrared Control
Energy Efficiency
Integration
Switching Speed
Color Range
Infrared Control
Energy Efficiency
Integration
Static
Clear Only
Low
Standard Glass
Static
Clear Only
Low
Standard Glass
Slow
Limited
Moderate
Complex
Slow
Limited
Moderate
Complex
Instant
Infinite
High
Film-Based
Instant
Infinite
High
Film-Based
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