63/37 Rosin Core Solder Wire | 0.8mm & 1.0mm Gauges | No-Clean Flux for Electronics

Achieve reliable, high-strength solder joints with this 63/37 Tin-Lead solder wire featuring a no-clean rosin core. The precise eutectic alloy melts and solidifies at a single temperature (183°C), preventing cold joints and ensuring smooth, shiny results ideal for electronics work. Available in 0.8mm or 1.0mm diameters with 2% flux content. Features and Benefits - 63/37 Eutectic Alloy - Melts and solidifies at a consistent 183°C, eliminating the "pasty" range for faster, stronger, and more reliable solder joints with a bright finish. - No-Clean Rosin Core (2%) - The integrated flux actively cleans oxidation during soldering, and the non-corrosive, non-conductive residue requires no post-soldering cleaning, saving time and effort. - Precision Wire Diameters (0.8mm/1.0mm) - Choose the optimal size for your work; the 0.8mm is perfect for fine-pitch components and PCB repair, while the 1.0mm is efficient for larger connections and general wiring. - High-Quality Spool & Packaging - The wire is neatly wound on a durable reel to prevent tangling and kinks, ensuring smooth feeding and consistent performance from start to finish. - Multiple Weight Options (20g to 200g) - Select the perfect quantity for your needs, from small hobbyist projects with the 20g roll to professional workshops requiring the bulk 200g reel. Applications - Electronics Repair and Rework - Perfect for fixing circuit boards, replacing components, and assembling DIY electronics kits with precision and strong electrical connections. - General Electrical Soldering - An excellent choice for wiring connections, automotive electronics, appliance repairs, and crafting stained glass or jewelry. - Prototyping and Hobbyist Projects - The reliable performance and no-clean feature make it ideal for makers, students, and engineers building and testing prototypes. Note Always work in a well-ventilated area. This solder contains lead; follow all local safety regulations for handling and disposal.