Thermally Conductive Graphite is created from a high temperature sintering process, heating a polymer film to its decomposition temperature in a vacuum and allowing it to carbonize then graphitize until ultimately left with a highly oriented graphite material. Graphite's sheet-like crystals known as graphene are stacked on top of each other, allowing for extremely high in-plane
thermal conductivity (x-y direction) compared to its through-plane thermal conductivity (z direction). Thermally Conductive Graphite can
be used in many industries, including but not limited to Mobile Electronics, Aerospace, Automotive, and Telecommunications, all of
which benefit from the improved thermal conductive performance. This thermally conductive material is RoHS compliant and can be die-cut, press-formed, or laminated with polyester to improve electrical insulation and/or pressure-sensitive adhesive tape for
easy attachment to a surface.