Versatile Copper Repair Welding / Brazing Rods — 20 pieces (length x diameter) What this product does Provides a reliable filler material for joining, rebuilding, and repairing a wide range of metal components. Low-friction properties make it suitable where smooth movement or wear resistance is needed. Key benefits — why you need it Broad compatibility: works on connecting rods, marine equipment, musical instruments, decorative metalwork, fittings and plumbing systems, and other applications where reduced friction is desired. Easy to use: rods are simple to cut to the exact length you need, enabling precise, low-waste repairs and DIY work. Durable and sustainable: brazing rods are permanently recyclable and retain their performance over repeated reuses; they are often recommended as an alternative to pure copper in repairs. Material and performance Material: copper-based brazing/soldering rods suitable for a range of metal-joining tasks. Performance: engineered for good flow and bonding during brazing/soldering; appropriate for applications that benefit from lower friction at contact surfaces. Sizes and packaging Sold as a pack of 20 pieces. Size denotes length x diameter — choose the size that matches your project requirements for accurate fit and minimal trimming. Practical use scenarios Repairing a connecting rod on small machinery: use the rod to fill worn areas and rebuild mating surfaces to restore alignment and reduce friction. Fixing marine hardware: repair corroded fittings or brackets on boats where a reliable, reusable filler is needed for saltwater conditions. Restoring musical instruments or decorative metalwork: reattach or rebuild small components while preserving appearance and function. User tips Cut rods to the exact length you need before heating for cleaner, more controlled joints. Match rod size to the joint geometry for best flow and minimal excess filler. Recycle any leftover material; brazing rods retain their properties after recycling. Included 20 copper round rods per pack (specified as length x diameter).