Tin, particularly in nanoparticle form (<500 nm, 99% purity), is widely used in advanced materials and nanotechnology applications. In electronics, nano-tin enhances solder alloys for improved conductivity and reliability in microelectronics. It serves as a corrosion-resistant coating on steel for food packaging like tinplate cans, leveraging its non-toxic properties. Nano-tin is a key component in alloys such as bronze and pewter for bearings, pipes, and decorative items. In the chemical industry, tin compounds and nanoparticles act as efficient catalysts in polyurethane and silicone production, as well as in organic synthesis. Additionally, nano-tin enables transparent, conductive coatings on glass for solar cells, energy-efficient windows, and flexible electronics. Its nanoscale size improves reactivity, dispersibility, and performance in lithium-ion battery anodes, sensors, and antimicrobial coatings.