Aluminum/Silicon Alloy Sputtering Target (Al90/Si10)

Aluminum/Silicon Alloy Sputtering Target (Al90/Si10) combines high aluminum content for excellent conductivity and low density with a 10% silicon addition that enhances wear resistance, thermal stability, and coating adhesion properties. The alloy’s balanced composition ensures low thermal expansion and uniform sputtering performance, making it ideal for precision thin-film deposition. It is widely employed in the electronics, optics, and renewable energy sectors. Specific uses include forming conductive and reflective layers in photovoltaic cells, creating barrier and adhesion layers in semiconductor devices, and depositing protective coatings in optical components. In research, it is essential for studying sputtering target uniformity, microstructural control in thin films, and optimization of Al–Si systems for advanced coating performance. Its blend of deposition stability, mechanical integrity, and tailored thermal properties makes it a valuable material in high-tech industrial manufacturing and experimental thin-film technologies.