What Are The Characteristics And Uses Of Thermally Conductive Double-sided Adhesive Tape?

Apr 05, 2021 Leave a message

Double-sided professional thermal conductive tape is made of high performance pressure sensitive adhesive filled with high thermal conductivity ceramic particles and coated on both sides of glass fiber cloth or without substrate. The professional thermal tape in production provides an efficient heat conduction channel between the electronic device and the heat sink, so that mechanical fixing and liquid adhesive curing and fixing are no longer required between the electronic device and the heat sink.

What are the characteristics and applications of thermally conductive double-sided tape?

Thermally conductive double-sided tape is made of high-performance pressure-sensitive adhesive filled with high thermal conductivity ceramic particles and coated on both sides of glass fiber cloth or without substrate. Thermally conductive double-sided adhesive tape provides an efficient thermal conduction channel between the electronic device and the heat sink, so that mechanical fixing and liquid adhesive curing and fixing are no longer required between the electronic device and the radiator.

Features: When using thermally conductive double-sided adhesive tape, it can be bonded immediately with light pressure; its bonding performance and bonding strength increase with time and temperature. Thermally conductive double-sided tape can be die-cut to any shape, and can be pre-attached to a surface for bonding in the future.

Application: Thermally conductive double-sided tape is used for professional thermal conductive tape for chips, flexible circuit boards and bonding of high-power transistors and heat sinks or other cooling devices. Such as: bonding installation of high-power LED aluminum substrate and heat sink, installation of elastic heating sheet, installation of temperature display film, installation of thermoelectric cooling mold, bonding of heat sink to microprocessor, bonding of flexible circuit and heat sink, bonding of power transistor and printed circuit board Pick up