Material and construction Made from high‑quality copper with corrosion resistance for longer service life in demanding environments. Countersunk head design provides a flush finish when installed. Key benefits — why you need these rivets Reliable electrical connections: copper’s natural conductivity makes these rivets suitable where a conductive fastener is required. Durable, corrosion‑resistant joints: copper resists oxidation better than many metals, helping maintain mechanical and electrical integrity over time. Cold‑formable for on‑site finishing: the rivet can be molded cold to create a secure closure without heat, preserving surrounding materials and coatings. Secure fastening and adjustable fit: the shaft can be hardened or worked in some applications to increase size or strength; after insertion the rivet end is deformed (beaten, pressed, or turned) to lock the joint. Function and compatibility Function: serves as a permanent, conductive closure or fastener that is shaped by cold forming. Installation: compatible with manual and powered riveting/peening methods — the rivet is inserted and the tail is deformed to secure the assembly. Material performance: copper provides good electrical conductivity and corrosion resistance; the countersunk head yields a flush profile when required. Practical use scenarios Electrical panels and terminals: fasten conductive lugs or connectors where a low‑resistance path and secure mechanical connection are needed. Battery assemblies and switch hardware: create conductive joints that also require a neat, flush finish. Sheet metal assemblies with electrical components: secure thin panels or brackets while maintaining electrical continuity and a flush surface. What to expect A corrosion‑resistant, conductive rivet that can be cold‑formed on installation to produce a tight, permanent closure. Secure fixation achieved by deforming the rivet tail (beating, pressing, or turning) after insertion. Countersunk configuration for applications that require a flush surface and neat finishing. If you need a conductive, corrosion‑resistant rivet that can be cold‑molded and reliably secured with standard riveting or peening methods, these copper countersunk rivets provide a practical, dependable solution.