ProDOT-Series — Electrochromic Polymers

Flexible electrochromics for windows, displays, and wearables

ProDOT (3,4-propylenedioxythiophene) co-polymers are a proven electrochromic material family that switch color through reversible redox chemistry coupled with ionic motion. Our ProDOT portfolio is optimized for rapid, repeatable color ↔ transparent switching with process flexibility to suit smart windows, reflective displays, wearable indicators and color-changing packaging.

Key features

Available formats

ProDOT-Series — Electrochromic Polymers – Material Applications

Smart windows

Windows that darken or clear on command to reduce glare and keep rooms cooler.

Low-power signs & displays

Outdoor signs that change their look while using very little electricity (good for long-running ads).

Wearable status badges

Small patches or wristbands that change color to show status (e.g., “OK” vs “Need attention”).

Tamper / temperature labels

Packaging labels that change color if a product was opened or exposed to high heat.

Adaptive sunglasses / eyewear accents

Lenses or small inserts that tint automatically for sun protection or style.

Privacy glass & mirrors

Office partitions or bathroom mirrors that switch from clear to opaque for privacy.

Appliance & IoT indicator rings

Thin colored rings or strips on devices (speakers, routers) that show device state at a glance.

E-paper color accents

Small colored areas on low-power e-readers or price tags to highlight important info without bright screens.

Classroom / demo kits

Simple hands-on kits that let students or customers see the color change and learn how the material works.

Frequently Asked Questions(FAQs):-

A: The ProDOT Series includes electrochromic polymers derived from 3,4-propylenedioxythiophene, used for color-changing and light-controlling applications in smart devices and coatings.
A: They offer faster response times, higher stability, and better color contrast, while being solution-processable for flexible device manufacturing.
A: Yes, they are solution-processable and compatible with spin coating, spray coating, or inkjet printing for easy film fabrication.
A: They can sustain over 10,000 switching cycles without significant degradation, ensuring long operational life.
A: Yes, they perform efficiently in solid-state, gel, and liquid electrolyte systems, depending on device design.
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