3M™ Venture Tape™ Black Backed Copper Foil Tape 1765D is a copper alloy tape coated on one side with a black, heat-resistant, pressure sensitive acrylic adhesive. The malleable 1.25 mil high-tensile copper tape features a black back surface that makes the copper finish nearly invisible. It's excellent for use on clear or reflective substrates such as glass and mirrors.
Ideal Copper Foil Tape for Stained Glass Production
3M™ Venture Tape™ Black Backed Copper Foil Tape 1765D features a 1.25 mil copper foil with a black back adhesive surface for a nearly invisible internal lip on the workpiece. This makes it ideal for use on projects involving transparent or non-opalescent surfaces, such as glass or reflective glass used in mirrors. The malleable electrolytic grade high tensile copper conforms quickly even to irregular contours and around corners. It is coated on one side with a black, heat-resistant, pressure sensitive acrylic adhesive.
3M™ Metal Foil Tapes
Copper is just one of the metal-backed tapes available from 3M. Our foil tapes resist failure from common sources of degradation including moisture, ultraviolet rays and many chemicals, and are commonly used for reflecting, wrapping, masking, sealing, and more in applications from air ducts to washing machines. As with all 3M products, our 3M™ Venture Tape™ Black Backed Copper Foil Tape 1765D is supported by exclusive 3M technical expertise and application advice. 3M Copper Foil Tapes are suitable for demanding applications in aerospace, automotive, appliance, maintenance, repair and operations and many more segments. They are also thermally conductive for heating/cooling efficiency.
Bringing Better Ideas to the Surface through Science and Innovation
In our 3M Industrial Adhesives and Tapes Division, we apply the science of adhesion to deliver innovative solutions that improve the design and manufacturing processes of companies around the world. In the end, our technologies help customers like you deliver competitive products to the market faster and more efficiently.