Benjamin Schneiderman

Jun 5, 2024 | onlinelibrary.wiley.com | Jonas Vogler |Zhenzhen Yu |Jakob Huber |Benjamin Schneiderman

The microstructural and mechanical properties of a MnFeCoNiCu braze filler are analyzed and compared to a conventional nickel-based braze filler alloy on Haynes 214 as the base material. Tensile tests reveal that the samples brazed with the MnFeCoNiCu compositionally complex alloy (CCA) exhibit superior ductility increased by a factor of 1.6 compared to those brazed with the nickel-based filler. The ultimate tensile strength remains comparable (factor 1.03).