What Are Electrochromic Film and Glass?
Electrochromic Film and Glass put you in control. With the touch of a button, your windows darken—reducing glare and blocking heat—all without blinds or curtains.
Upgrade to dynamic glass today to enhance to create advanced, energy efficiency spaces.
1
Variable Tint Control
Adjust tint levels to balance of natural light and comfort.
2
Energy Efficiency
Reduce heating and cooling costs by adjusting tint to optimize energy efficiency year-round.
3
Glare Reduction
Eliminate harsh glare instantly, keeping your space bright yet comfortable.
4
UV Protection
Block harmful UV rays to protect interiors and reduce fading.
See Electrochromic Technology In Action
Adjustable Window Tint with Electrochromic Glass
Whats the Difference?
Electrochromic Film vs. Electrochromic Glass
How Electrochromic Technology Works?
Understanding the Science Behind Electrochromic Glass
Electrochromic Glass is made up of several layers, including a special electrochromic layer that shifts tint when voltage is applied. Adjusting the electrical voltage moves ions within the glass, making it darken or lighten on command.
Control Methods
Adjust tint levels via wall switches, remote controls, smartphone apps, or integration with building management systems.
Customization
Set automatic schedules or connect to sensors for responsive tinting based on sunlight levels.
Durability
Designed for long-term use with consistent performance over time.
Getting Started!
Ordering Electrochromic Film and Glass
Consultation
Reach out to discuss your project requirements with our experts.
Customization
We design Electrochromic solutions tailored to your specifications, including sizes, shapes, and control systems.
Professional Installation
Our experienced technicians ensure precise installation for optimal performance and longevity.
Frequently Asked Questions
Your Questions Answered
What is Electrochromic Glass?
Electrochromic glass, also known as dynamic glass or adjustable window tint, is a smart technology that electronically tints to control light, heat, and glare. Commonly used in facades, skylights, and windows, it enhances comfort, maximizes views, and improves energy efficiency in hotels, luxury airlines, and modern offices.
How Does Electrochromic Glass Work?
Electrochromic glass changes transparency using chemical layers that react to electrical voltage. When voltage is applied, electrons move between conducting electrodes, triggering a reaction that makes the glass opaque. Reversing the voltage restores transparency.This technology can use electrochromic compounds, dyes, or photochemistry to control tinting. Unlike LCD-based smart glass, electrochromic glass requires only a brief low voltage to switch states and no power to maintain its opacity or clarity.
How Long Does it Take for Electrochromic Film to Change Tint?
The transition time depends on the size and type but typically ranges from a few seconds to a few minutes for full transition.
How is Electrochromic Glass Different From Smart Glass?
Electrochromic glass and PDLC (Polymer Dispersed Liquid Crystal) glass, often called smart film or switchable glass, both offer on-demand transparency control but function differently.Electrochromic Glass gradually tints when voltage is applied, controlling light and heat. It’s ideal for glare reduction and energy efficiency but transitions slowly.
PDLC Glass (Smart Film) switches instantly between clear and frosted when powered, providing immediate privacy but no shading control.
While electrochromic glass is best for sun-exposed windows, PDLC glass is better suited for interior partitions, conference rooms, and privacy-focused applications.
PDLC Glass (Smart Film) switches instantly between clear and frosted when powered, providing immediate privacy but no shading control.
While electrochromic glass is best for sun-exposed windows, PDLC glass is better suited for interior partitions, conference rooms, and privacy-focused applications.
What is the Lifespan of Electrochromic Glass?
With proper care and maintenance, Electrochromic Glass has a long lifespan, often exceeding 20 years.
Operating Voltage: Low voltage DC power supply
Clear State: Up to 60%
UV Blockage: Up to 99%
Visible Light Transmission
Operating Voltage: Low voltage DC power supply
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