Material and construction Made from high-quality copper for consistent performance and corrosion resistance. Round-head design suited for permanent mechanical fastening when the shank is formed. Key benefits — why you need this product Reliable electrical conductivity: copper provides low-resistance connections, making these rivets ideal where electrical continuity is required. Corrosion-resistant material extends service life in common environments and reduces maintenance. Cold-formable and settable: the rivet can be cold-formed after insertion to produce a secure closure without heating. Can be hardened in some applications to increase strength where additional mechanical durability is needed. How it works Install the rivet through the assembled parts, then form the tail by striking, pressing, or spinning the end of the shank to clinch the joint and create a permanent fastener. Cold forming allows shaping on-site or in production without special heat treatment. Performance and compatibility Copper construction ensures good electrical and thermal conductivity while resisting routine corrosion. Suitable for applications requiring a permanent, conductive mechanical fastener that can be formed in place. Typical applications (practical use scenarios) Electrical assemblies: securing terminals, straps, or connectors where conductive, permanent joints are required. Electronics and instrumentation: fastening small components or housings while maintaining electrical continuity. Light sheet-metal and mechanical assemblies where a corrosion-resistant, cold-formable closure is needed. What makes it stand out Combines conductivity and corrosion resistance with the ability to be cold-formed into a permanent joint. Simple, reliable setting method (strike, press, or spin) for repeatable results in production or field work. Note Rivet setting requires forming the shank after insertion; in some cases the rivet can be hardened to increase mechanical strength.