FineX Webinar: Transparent EMI Shielding
Register for Clearly Better - Transform Your Designs with Transparent EMI Shielding Webinar
Panasonic's FineX, a newly developed metal mesh transparent conductive film, represents a significant advancement in materials technology. Join our product managers for an exclusive webinar on metal mesh transparent conductive film and its unique advantages for EMI Shielding.
Learn how this breakthrough technology delivers high optical transparency with low electrical resistance, enabling superior EMC designs - plus applications in heading, antenna, and sensors.
- Tuesday, March 10, 2026, from 2:00 PM - 3:00 PM EST
Register today to secure your spot to gain practical insights and explore cutting-edge solutions for your EMC design challenges.
More About FineX
A metal-mesh type transparent conductive film that achieves both high transmissivity and low resistance was developed using Panasonic's proprietary method.
Since it can conduct electricity in transparent areas where visible light transmission is required, the following can be achieved:
- Generation of capacitance
- Current flow to the device
- Generation of heat
Top 5 Transparent Conductive Film FineX Applications
1. Transparent Heater
2. Transparent Antenna
3. Transparent EMC Shield
4. Transparent PCB
5. Touch Sensor
Panasonic has developed a metal mesh-type transparent conductive film that achieves both high transmissivity and low electrical resistance through its proprietary manufacturing method. This innovative film enables efficient electrical conduction in transparent areas, opening up a range of practical applications such as:
• Capacitance Generation: Facilitating the development of touch sensors and capacitive interfaces.
• Current Flow to Devices: Ensuring effective electrical connectivity in transparent electronic components.
• Heat Generation: Supporting transparent heating elements for defogging, de-icing, or temperature regulation.
This advancement enhances the performance and versatility of transparent conductive materials, making it suitable for use in displays, touch panels, electromagnetic shielding, and heating applications across various industries.
