Aluminum (Al) holds a pivotal role in augmenting the energetic potential of solid fuel
formulations. Its incorporation can notably amplify the energy yield upon combustion.
Nevertheless, challenges such as ignition delay and incomplete combustion have hindered
its optimal utilization. In the context of hybrid rocket propulsion, where reignition and high
regression rates are sought, a promising solution lies in harnessing the potential of metal-
fluoropolymer combinations. This paper explores the influence of polytetrafluoroethylene …