LIQUID CRYSTAL COMPOSITION WITH ANISOTROPIC THERMAL AND ELECTRICAL CONDUCTION PROPERTIES, AND MANUFACTURING METHOD OF HEAT RELEASE AND ELECTROMAGNETIC WAVE SHIELDING MATRIX USING SAME

摘要

The present invention relates to a liquid crystal composition with anisotropic thermal and electrical conduction properties, capable of controlling the heat release and the electron transfer by aligning and curing liquid crystals in a specific direction and to a manufacturing method of a heat release and electromagnetic wave shielding matrix using the same. The anisotropic heat release and electromagnetic wave shielding matrix of the present invention has liquid crystal molecules aligned in a specific direction, and forming a π-π stacking structure with adjacent liquid crystal molecules, thereby exhibiting thermal and electrical conduction properties in a specific direction. The heat release and electromagnetic wave shielding matrix of the present invention uses an organic composite, which allows various geometric molding according to the shape of a device, and can solve the mass problem, the heterogeneity, and disconnection through metal particles, which are the problems when using inorganic materials. Furthermore, the heat release and electromagnetic wave shielding matrix performs the functions of conventional heat release films and electromagnetic wave shielding films at the same time, thereby merging two processes into one process, and having the effects of simplifying processes and reducing the manufacturing costs.;COPYRIGHT KIPO 2015