High-quality copper round-head rivets designed for corrosion-resistant, electrically conductive permanent joints Key benefits Reliable electrical performance: Copper’s excellent conductivity ensures low-resistance connections for electrical and grounding applications. Long-term corrosion resistance: The copper material resists corrosion, maintaining mechanical and electrical integrity over time. Strong, permanent fastening: Round-head rivets form a secure, tamper-resistant joint once the shaft end is deformed. Customizable strength and shape: Rivets can be cold-formed to the required head or closure configuration; in some applications the round head can be hardened to increase strength. Main features Material: high-quality copper, corrosion-resistant Head style: round head (suitable for applications where a smooth, domed head is required) Setting method: after insertion into the workpiece, the rivet is set by striking, pressing, or spinning the end of the rivet shaft to form a permanent closure Forming options: cold forming available to produce the ideal closure for your application Performance: combines reliable mechanical fastening with the electrical conductivity of copper How it solves common problems Prevents weak electrical joints: Using copper rivets avoids high-resistance connections that can occur with non-conductive or corroding fasteners. Eliminates loose, temporary fixes: Once set, the rivet provides a permanent mechanical joint that resists vibration and loosening. Adapts to assembly needs: Cold forming and optional hardening let you optimize the rivet for specific strength and clearance requirements. Typical applications and use scenarios Electrical assemblies and busbars: Secure and conductive fastening for terminals, contact plates, and grounding points. Control panels and enclosures: Permanent fasteners where electrical continuity and corrosion resistance are required. Small mechanical joints in electronic equipment: Reliable, low-profile fastening for components that need both mechanical retention and electrical conduction. Installation notes Insert the rivet through the aligned holes of the assembled parts, then deform the protruding shaft end by striking, pressing, or spinning to form the closure. Cold forming can be used to achieve specific head shapes or tighter mechanical tolerances. In some cases the round head can be hardened post-assembly to increase shear strength where needed. If you need rivets formed or specified for a particular closure type or strength level, we can cold-form the copper rivet to meet those requirements while preserving its corrosion resistance and electrical performance.