Metal Lathes — 99.9% Pure Copper (Cu) Sheet / Foil / Plate Key benefits purity copper (99.9%): predictable, consistent electrical and thermal performance for precision parts and assemblies. Machinability optimized for metal lathes: hard and strong enough for dimensional stability, yet easy to machine and shape with standard lathe tools. Corrosion resistant and durable: maintains appearance and conductivity in many environments, reducing rework and replacement. ductility and strength: allows forming and bending without cracking, while providing reliable mechanical integrity. thermal and electrical conductivity: ideal where heat transfer or lowresistance electrical paths are required. Easy to weld: simplifies assembly and repairs, saving time in fabrication. How this product solves problems Reduces machining time and scrap by combining good hardness with predictable machinability on lathes. Lowers maintenance and failure risk where corrosion or conductivity matter, because of purity and corrosion resistance. Enables compact, efficient thermal or electrical components due to strong conductivity and formability. Function, compatibility, and material Material: 99.9% pure copper (Cu) in sheet, foil, or plate form. Function: designed for turning, forming, welding, and fabrication on metal lathes and in general metalworking. Compatibility: suited for standard lathe tooling and common fabrication processes used with copper alloys. Typical applications / use scenarios Machined components on metal lathes: custom bushings, spacers, or precision parts requiring good conductivity and stable mechanical properties. Electrical and power components: busbars, connectors, and terminals where low resistivity and reliable contact are required. Thermal management and fabrication: heat spreaders, thermal plates, or welded assemblies that benefit from copper's thermal conductivity and easy weldability. Notes Supplied as sheet, foil, or plate to suit different fabrication needs. Use standard practices for machining and welding copper to achieve surface finish and dimensional accuracy.