High-quality Copper Round-Head Rivets — corrosion-resistant, conductive, and easy to form Key benefits Reliable corrosion resistance: Made from premium copper to resist oxidation and extend service life in demanding environments. Conductive fastening: Copper’s excellent electrical conductivity makes these rivets suitable where current or grounding continuity is required. Versatile installation: Can be cold-formed and secured by striking, pressing, or rotating the rivet shaft for a permanent joint. Adjustable strength: Round-head rivets can be hardened in some applications to increase joint strength where needed. Important attributes Material: High-quality copper, corrosion-resistant and electrically conductive. Head style: Round head for a clean, low-profile finish on one side of the joint. Forming: Designed for cold forming to create a secure closure without heating. Installation methods: Can be set by hammer/hand tools, press, or rotary/turning methods to deform the shaft and lock the rivet. Performance: Good electrical continuity and long-term resistance to corrosion; can be hardened in select use-cases for higher strength. How this solves common problems Prevents corrosion-related failures in conductive connections by using copper material that resists oxidation. Eliminates the need for threaded fasteners or welding where heat or disassembly is a concern—cold forming delivers a durable, permanent joint. Provides reliable electrical contact through the fastener itself, removing extra steps for grounding or conductivity. Typical applications (practical examples) Electrical panels, terminals, and busbars where the rivet must provide both mechanical fastening and electrical continuity. Grounding connections and bonding straps in equipment assembly where corrosion resistance and conductivity are essential. Assembly of thin metal components or connectors where a clean round-head finish and a cold-formed permanent joint are required. Compatibility and usage notes Suitable for cold-forming processes and compatible with common setting tools (hammer, press, rotary setting). Can be used wherever a corrosion-resistant, conductive, and permanent rivet is needed; hardening can be applied when higher joint strength is required. If you need specific sizes, quantities, or guidance on setting methods for your application, please specify your requirements so we can recommend the correct rivet dimensions and installation approach.