EMI Shielding Films

EMI Shielding Film for FPCs (Standard / Ultrathin)

WILMINA®
SF-PC®5600-C
SF-PC®5900-C

  • SP
  • PC/Tablet
  • AUTO
  • TV
  • Other

UL 94: SF-PC5600-C: V-0 / SF-PC5900-C: VTM-0 (when combined with Kapton® 50H)
* Kapton® is a registered trademark of an affiliate of Qnity Electronics, Inc.

Product Overview

Our flagship shielding films have been widely adopted around the world for many years and have helped lead the shielding film market. They provide the fundamental performance required of shielding films, offer resistance to OSP processing, and are UL certified. They have a strong track record of adoption in smartphones and a wide range of other applications requiring noise suppression.

Features

  • Ultrathin 8 µm total thickness (SF-PC5900-C)

    With a total thickness of only 8 µm, SF-PC5900-C is well suited to electronic devices requiring thinner and lighter designs while also providing excellent flexibility and dynamic bending performance.
  • OSP resistance

    Compatible with OSP processing after application of the shielding film.
EMI Shielding Film for FPCs (Standard / Ultrathin)

Main specifications

Item SF-PC®5600-C SF-PC®5900-C
Transfer film thickness 57 µm 57 µm
Product thickness (after pressing) 15 µm 8 µm
Structure thickness (after pressing) Protection layer thickness 5 µm 5 µm
Shielding layer thickness 0.1 µm 0.1 µm
Anisotropic conductive adhesive layer thickness 10 µm 3 µm
Adhesion strength Adherend: Polyimide 3.0 N/cm or more 3.0 N/cm or more
Shelf life (refrigerated) 6 months 6 months

* A protection film for the adhesive layer is available as an option.

Examples of Use

  • Extensive adoption across a wide range of applications provides a proven track record and high reliability.

    Extensive adoption across a wide range of applications provides a proven track record and high reliability.

Reference data

  • Magnetic near-field shielding effectiveness
    (KEC method)

  • Magnetic near-field shielding effectiveness
    (KEC method)

  • Shielding effectiveness
    (coaxial tube method, 7 mm coaxial tube)

  • Insertion loss data

* All data and numerical values shown above are measured values and are not guaranteed values.

Download reference materials

技術試料テキスト 未
技術試料テキスト 未
FAQ Contact Us
Contact Us