3M 9703 Conductive Metallic Tape, 25mm x 33m

Introducing the 9703 Electrically conductive tape from 3M™, this pressure sensitive adhesive transfer tape anisotropic electrical conductivity. The adhesive is filled with silver particles enabling interconnections through the adhesive thickness (the Z axis) between substrates.

This conductive adhesive transfer tape is designed to be used in various electronic applications and may serve as an alternative to soldering. It has anisotropic electrical conductivity with low impedance in the adhesive thickness and very high impedance parallel to its surface.
It makes it possible to create a strong assembly, reliable over time, with constant thickness and moderate temperature resistance.

The 3M™ 9703 electrically connects and mechanically bonds medium pitch flexible circuits with other flexible circuits, rigid printed circuit boards (PCB) or LCD screens. Its electrically conductive and offers good adhesion to common PCB substrates such as copper, gold, FR-4 epoxy and polyester films. Low contact resistance and tape construction results in a good EMI performance.

• Low outgassing acrylic adhesive
• Anisotropic Z-axis electrical conductivity
• PSA tack properties
• Thermal curing not required
• Easy to use in assembly operations

3M™ 9703 Electrically Conductive Tape is great for interconnection of flexible circuits to other flexible circuits, rigid printed circuit boards (PCB) or LCD screens. Including EMI shields for displays and gasket attachment to EMI/RFI cabinets and enclosures.
• Antenna Bonding (with Grounding)
• EMI Shielding (with Grounding)
• Flex Bonding, Flex Bonding (with Grounding)
• Flex Stiffener Bonding (with Grounding)

3M™ Electrically Conductive Adhesive Transfer Tape 9703 is a low-outgassing Z-axis anisotropic electrically conductive pressure sensitive adhesive (CPSA) tape. This double-sided tape is filled with silver conductive particles for interconnection of electronic substrates. Designed for EMI shielding and grounding applications, enabling devices to meet electromagnetic compatibility requirements.