[Book] Thermal Conductive Fillers and High Thermal Conductivity Composite Material Technology

How to transfer heat efficiently?

◆Types and Characteristics of Fillers Boron Nitride, Aluminum Nitride Conductive Carbon Nanotube Fillers Zinc Oxide-based Fillers, etc. → Efforts towards High Thermal Conductivity and High Functionality ◆Resin Compound Silane Coupling Agents, Hybridization, etc. → Surface Treatment Technologies and Latest Developments for Dense Filling → Cost Reduction and Weight Reduction with Resin-based Thermal Conductive Materials Viscosity-based Mixing Techniques, Dispersion Control, Nanocomposites, etc. → Extrusion, Mixing, and Dispersion of Resin Compounds ◆Thermal Management Materials and Their Applications High Thermal Conductivity Hybrid Materials, Graphite Composites, High Thermal Conductivity Elastomers, Silver Oxide Microparticles, High Thermal Conductivity and Electrical Insulating Liquid Epoxy Materials, Graphite Sheets, AlN Ceramics, etc. → Efforts towards High Thermal Conductivity and High Functionality For Sealing and Adhesion, LEDs, Power Modules, Automotive Electronics, etc. → Case Studies of Thermal Management Materials and Their Applications in Various Fields

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