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[Information] Trends in Technology and Future Prospects of Metal Mesh Transparent Electrodes

We provide detailed information about core technologies, processing processes, and features!

This document provides an explanation of the technological trends and future prospects of metal mesh transparent electrodes. It includes an introduction to "Metal Mesh Transparent Electrodes (MMT)," as well as information on the core technology "Copper Metal Mesh" and the key technology "Super Large Metal Mesh Touch Panels." Additionally, regarding future prospects, it covers topics such as 5G transparent antennas and comparisons of dielectric constants and loss tangents for antenna substrates. We encourage you to read it. 【Contents】 ■ Company Introduction ■ Core Technology ■ Processing Processes and Features of Metal Mesh Transparent Electrodes ■ Future Prospects *For more details, please download the PDF or feel free to contact us.

  • Other metal materials
  • Transparent Electrode

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Transparent electrode (capacitive sensor)

Etching using conventional methods is completely unnecessary! It becomes possible to achieve small lot sizes, short delivery times, and low prices.

"Transparent electrodes" can be used as switch components by forming electrodes using a special conductive material through screen printing. They can be particularly applied as capacitive touch switches. The "ECP specification type," which has excellent transparency, is flexible, making it resistant to bending, and can form electrodes on plastic materials due to its low heat treatment temperature. [ECP Specification Features] - Excellent transparency in the transparent electrode type - Light blue transparent electrode - Usable as a touch switch with a transparent electrode - Can form electrodes on plastic materials due to low heat treatment temperature - Flexible and resistant to bending *For more details, please refer to the PDF document or feel free to contact us.

  • switch
  • switch
  • Other electronic parts
  • Transparent Electrode

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Power saving through fine line membrane printing for IoT devices.

Contributing to the power saving of IoT devices by replacing expensive transparent conductive films.

In the IoT device industry, extending battery life is a critical challenge. Power saving enhances the convenience of devices and enables prolonged use. This is particularly essential for small devices with limited power supply, such as wearable devices and sensors, where reducing power consumption is crucial. Our membrane fine-line printing technology achieves lower resistance compared to ITO films, contributing to power savings by reducing the power consumption of devices. 【Use Cases】 - Wearable devices - Various sensors - Smart home devices 【Benefits of Implementation】 - Extended battery life - Miniaturization of devices - Improved product competitiveness

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