Purity Silver Sheet Foil and Strip in a single 100 mm by 50 mm by 0.05 mm piece. This purity silver target material is designed for precision applications in research, electronics, and coating processes. It offers reliable conductivity, corrosion resistance, and consistent performance in small format use. Key benefits purity silver provides dependable electrical conductivity and stable chemical properties for demanding applications. Uniform 0.05 mm thickness supports consistent deposition and coating results. Large enough working area (100 mm x 50 mm) while remaining suitable for small format targets and foil applications. Versatile form suitable as a sputtering target, foil sheet, or strip for metallurgical and coating work. Ready for precision fabrication and experiments that require pure silver material. Key attributes Material: Silver ( purity) Form: Sheet / foil / strip (one piece) Size: 100 mm x 50 mm x 0.05 mm Purpose: purity target material suitable for sputtering and related applications Quantity: 1 piece Brand alignment: Matches the product concept of purity silver sheet/foil/strip and its use as a target Applications and use cases Sputtering target for physical vapor deposition (PVD) to create silver coatings on substrates with controlled thickness and uniformity. Foil or strip material for metallurgical experiments, bonding, or microfabrication processes requiring purity silver. Electrical contact coatings or reflective surface applications where purity and reliable conductivity are important. Handling and storage Store in a dry, cool environment to preserve material integrity. Use appropriate tools to cut or shape the piece as needed for your specific process. This description reflects the product's stated features: purity silver material, available as a sheet/foil/strip target, with dimensions 100 mm by 50 mm by 0.05 mm, provided as a single piece. It is suitable for sputtering targets, foil applications, and stripbased work, and it supports a range of precision electronic, metallurgical, and coating applications.