Graphene in Thermal Management: Technology Progress and Cross-Application Insights

Graphene has attracted significant interest for thermal management due to its exceptional intrinsic thermal conductivity and tunable material forms. This presentation focuses on recent technological progress in the use of graphene for thermal management applications, with particular attention to energy storage systems, electronics, and high-power devices.

The talk will review current production approaches and material characteristics relevant to heat dissipation, discuss the level of industrial maturity across different application scenarios, and highlight key technical challenges related to scalability, material consistency, and integration into real systems. In addition, brief cross-application insights will be provided on how similar material design principles extend into conductive materials and functional coatings, where thermal and electrical performance often intersect.

By examining graphene from a practical, application-oriented perspective, this presentation aims to offer a clear view of where graphene-based thermal management technologies stand today and how they may evolve toward broader industrial adoption.