Panasonic Industrial Devices EMA0600003B0 Transparent Conductive Film

Panasonic Industrial Devices EMA0600003B0 Transparent Conductive Film is designed for transparent electromagnetic wave shielding and is available in a roll format with optical clear adhesive (OCA) for convenient and clean installation. This film uses proprietary microfabrication technology to achieve an ultra-fine copper mesh patterning, providing stable electromagnetic interference (EMI) shielding over a broad frequency range. The unique mesh pattern also minimizes visual scatter and moiré, addressing a typical drawback of conventional grid-type metal meshes. Panasonic Industrial Devices EMA0600003B0 Transparent Conductive Film features a polyethylene terephthalate (PET) film substrate, 2.4µm-wide copper lines with 85µm pitch on average, and a low sheet resistance of 2.6Ω/sq maximum. The thin, lightweight, and flexible film construction delivers efficient noise suppression with reduced component count and simplified integration.

Features

  • High transparency with outstanding EMI shielding effective across a broad frequency range
  • Ultra-fine copper mesh patterning achieved with Panasonic's proprietary microfabrication technology
  • Pre-applied OCA ensures convenient and clean installation
  • Thin, lightweight, and flexible film format maximizes design freedom and integration flexibility
  • Reduced optical diffraction

Applications

  • Noise shielding
    • Displays and monitors
    • Industrial machinery, etc.
  • Radio wave environment setup
    • RFID (restriction of radio wave area)
    • Wi-Fi® (anti-interference), etc.

Specifications

  • PET film substrate
  • Copper wiring material
  • Each roll contains 128 sheets (approximately 72m)
  • 2.4µm wide copper lines, 85µm pitch on average
  • 2.6Ω/sq maximum sheet resistance

Wiring Pattern

Infographic - Panasonic Industrial Devices EMA0600003B0 Transparent Conductive Film

Performance Graphs

Performance Graph - Panasonic Industrial Devices EMA0600003B0 Transparent Conductive Film
發佈日期: 2025-10-22 | 更新日期: 2025-10-28