3M™ 3304BC-S Elektrisch leitfähiges einseitiges Klebeband, 500 mm x 100 m

  • 3M ID 7100230497
  • UPC 00638060902271

XYZ-axis conductive through the adhesive

Scratch resistant black copper foil

Excellent conformability and edge conformance

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Technisches Datenblatt (PDF, 185KB)
Gesamtbreite (metrisch) 500 mm
Gesamtstärke des Bandes ohne Liner (metrisch) 0.045 mm
Gesamtlänge (metrisch) 100 m
Klebstofftyp Acryl

Details

Eigenschaften
  • XYZ-axis conductive through the adhesive
  • Scratch resistant black copper foil
  • Excellent conformability and edge conformance
  • Excellent EMI/ESD performance and electrical performance over time

3M™ Electrically Conductive Single-Sided Tape 3304BC-S is an XYZ-axis electrically conductive foil tape. This tape has an acrylic nickel/copper-coated conductive nonwoven carrier. It is designed for EMI shielding and grounding applications, enabling devices to meet electromagnetic compatibility requirements.

3M™ Electrically Conductive Single-Sided Tape 3304BC-S has high electrical conductivity, which provides low resistance for reliable contact to small grounding areas. The electrical contact points throughout the adhesives surface enhances the physical properties of the tape for superior workability. This tape has excellent edge conformability and a scratch resistant black copper foil. This tape provides robust protection against EMI in a range of market segments, such as consumer electronics, automotive, communication infrastructure, and aerospace & defense electronics.


Recommended Applications:
Shield-can lid
PCB/flex/chassis grounding
Bond line gap shielding
Electrostatic discharge (ESD)
EMI shield & gasket attachment


From simple to complex designs, our family of shielding and grounding solutions provides protection against EMI. Our solutions provide excellent adhesion to a variety of substrates including metals and plastics. These tapes are easy to apply using low pressure without heat, enhancing productivity. We have multiple thicknesses available to meet even the most space constrained and complex design requirements.

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