7100000203 3M Electrically Conductive Tape 9719, Configurable

3M Sales UPC: No Data; 3M 5-Digit Part Number: o Dat; 3M Previous Stock Number: 70000093891; 3M Consumer UPC: No Data; 3M Inner UPC: No Data; 3M Shipper UPC: No Data; Ship Container Length: No Data; Ship Container Height: No Data; Ship Container Width: No Data; Ship Container Volume: No Data; Ship Container Weight: No Data; Shelf Life: 547 Days; Country of Origin: USA; ECCN Number: EAR99; Harmonizing Code: No Data; Transport Protective Service: PROTECTIVE SERVICE NOT REQUIRED; NMFC Item: 156600; NMFC Sub: 00; NMFC Class: 000.0; US DOT, 49 CFR Ground: NOT REGULATED; US DOT, 49 CFR Vessel: NOT REGULATED; International Air Transport Association (IATA): NOT REGULATED; International Maritime Organization (IMO): NOT REGULATED. Product Information: 3M™ XYZ Axis ECATT 9719 is a double sided, isotropically conductive pressure sensitive tape which conducts electricity through the thickness (the Z axis) and the plane of the adhesive (X, Y planes) and is suitable for low surface energy substrates..

3M™ Electrically Conductive Adhesive Transfer Tape 9719 has a silicone conductive pressure sensitive adhesive (CPSA) specifically designed to attach to low surface energy materials such as silicone-based products. This tape performs at elevated temperatures for short periods (up to 400°F [204°C]). The conductive fibers provide improved material handling. This tape provides robust protection against EMI in a range of market segments such as automotive, aerospace & defense, consumer electronics, medical devices, and communication infrastructure.

Recommended Applications:
PCB/flex/chassis grounding
Low surface energy attachment
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.