What Makes a High-Thermal-Conductivity Filler Different? — How a Formulation Developer Compares Alumina, BN, and AlN

💡 In This Article Comparing the characteristics of three major thermal conductive fillers: Alumina, BN, and AlN Key factors in filler selection: cost, material properties, and equipment compatibility Practical guidelines for evaluating fillers and designing formulations before starting actual testing In the previous article (High Thermal Conductivity Adhesives: Why Are They So Difficult to Formulate?), … Continue reading What Makes a High-Thermal-Conductivity Filler Different? — How a Formulation Developer Compares Alumina, BN, and AlN →

High Thermal Conductivity Adhesives — Why Are They So Difficult to Formulate?

💡 In This Article The trade-offs that arise as thermal conductive filler loading increases Why understanding phonon scattering and interfacial thermal resistance matters in epoxy formulation How particle size distribution and interfacial properties can be optimized to improve thermal conductivity without sacrificing processability One request comes up from customers surprisingly often when developing an adhesive: … Continue reading High Thermal Conductivity Adhesives — Why Are They So Difficult to Formulate? →