Microstructure Control in Copper-Tin Interfaces #sciencefather #scientists #researcher #MicrostructureControl #CopperTinInterface #materialsscience #electronicengineering #SurfaceCoatings #TinPlating #advancedmanufacturing #reliabilityengineering


This study explores the microstructure control of copper-tin interfaces in hot-dip tin-plated electronic copper strips, crucial for improving performance in electronic applications. By analyzing the formation, growth, and bonding of intermetallic layers at the biphase interface, the research optimizes plating techniques to enhance mechanical strength, conductivity, and corrosion resistance. Controlling these microstructures minimizes defects such as voids or cracks, ensuring superior reliability and longevity of electronic components. This advancement is vital for industries requiring precise interface engineering in microelectronics, connectors, and PCBs.

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