Material Made from high-quality copper for reliable corrosion resistance and long service life. Copper construction provides excellent electrical conductivity for conductive joints. Key benefits Reliable electrical performance: copper rivets maintain conductivity where electrical continuity is required. Corrosion resistance: suitable for environments where oxidation resistance extends joint life. Versatile fastening: round-head design and a shaft that can be cold-formed provide a secure, tamper-resistant closure. Features and function Round-head solid rivet: designed to be installed by inserting the rivet into the prepared hole and forming the tail end. Cold forming capability: the rivet shaft can be cold-formed on site to produce a tight, permanent closure without heating. Can be hardened in some applications to increase holding strength and durability. Final setting methods: the rivet is secured by striking, pressing or spinning the shaft end after insertion. Compatibility and performance Works with standard solid-rivet installation methods and tooling (hand riveting, hammer/press, or rotary forming). Performs well in electrical assemblies thanks to copper’s conductivity while also providing mechanical fastening. Corrosion resistance helps maintain both mechanical and electrical integrity over time. Typical use scenarios 1. Electrical grounding and bonding: creating conductive, permanent joints between copper busbars, terminals, or straps where low-resistance connections are required. 2. Electrical components and enclosures: fastening components in switchgear, control panels, or housings where maintaining conductivity and corrosion resistance is important. 3. General fastening in conductive assemblies: securing thin metal sheets or straps in instruments or assemblies that require both a mechanical lock and electrical continuity. Installation notes Insert rivet into the prepared hole so the head seats flush against the workpiece. Form the tail end by striking, pressing, or spinning the shaft to create a tight, permanent closure. Where higher strength is needed, the rivet can be hardened in appropriate applications before or during installation. This copper round-head rivet combines corrosion resistance, electrical conductivity and cold-forming versatility to deliver secure, conductive connections for electrical and conductive fastening applications.