Thermal sensitive Polyimid Foil

digid has integrated its nanosensor technology in an ultra-thin thermal sensing polyimide foil.

Thermal Sensitive Polyimide Foil with Integrated Nanosensor Technology

Unlock advanced thermal monitoring with our thermal-sensitive polyimide foil, engineered for seamless integration into next-generation electronic systems.

Key Advantages

  • Precise Temperature Measurement
    Built-in nanosensor technology could provide reliable thermal data for a wide range of applications.
  • Adjustable Impedance for Ultra-Thin Wiring
    Flexible electrical design enables the use of extremely fine conductors without compromising performance.
  • Ultra-Thin, Seamless Integration
    The foil’s minimal thickness allows it to blend unobtrusively into compact device architectures.
  • No Impact on Device Functionality
    Designed to operate without interfering with existing electronics or mechanical components.
  • Highly Configurable Electrical Parameters
    Engineers can tailor the material’s characteristics to specific system requirements.
  • Ready for High-Volume Manufacturing
    Optimized for scalable production, supporting efficient transition from prototype to mass deployment.

This technology-driven solution could bring precision, flexibility, and manufacturability together—ideal for modern sensor-driven devices.

Join us on our journey

Let's unlock your world together.

Close Cookie Popup
Cookie Preferences
By clicking “Accept All”, you agree to the storing of cookies on your device to enhance site navigation, analyze site usage and assist in our marketing efforts.
Strictly Necessary (Always Active)
Cookies required to enable basic website functionality.
Cookies helping us understand how this website performs, how visitors interact with the site, and whether there may be technical issues.
Cookies used to deliver advertising that is more relevant to you and your interests.
Cookies allowing the website to remember choices you make (such as your user name, language, or the region you are in).