Multicore 583729 Lead Free Solder Wire is a high-quality soldering consumable intended for precise electronic assembly, repair, and manufacturing tasks. Its 0.5 mm diameter allows for controlled application, while the lead-free composition (0% lead) aligns with environmental safety standards and regulations.
The solder wire features a melting point of 217 °C, making it suitable for a wide range of electronics and electrical soldering applications. The alloy composition includes 95.5% tin, 3.8% silver, and 0.7% copper, which ensures strong mechanical and electrical connection characteristics.
This product integrates an activated rosin flux that promotes rapid wetting and strong bonding on copper, brass, and nickel materials. The halide-free nature of the flux minimizes corrosive residues, reducing damage risks and cleaning requirements post-soldering.
The wire is conveniently supplied on a spool weighing 250 grams, facilitating ease of use and storage in professional workshops and manufacturing environments.
This solder wire complies with standards such as J-STD-004 and EN29453, reflecting its quality and reliability for industrial, laboratory, electronics manufacturing, and repair use cases.
The solder wire contains 0% lead for eco-friendly use and complies with modern environmental standards. It has a precise diameter of 0.5 mm ideal for delicate and detailed soldering tasks. Contains 95.5% tin, 3.8% silver, and 0.7% copper to ensure strong, reliable joints.
Incorporates activated rosin flux for excellent wetting and minimal residue. Melting point is 217 °C, suitable for a wide range of soldering operations. Halide-free formulation reduces corrosive effects and contamination.
The wire is supplied on a spool weighing 250 grams for convenient use and storage. Originates from Malaysia, ensuring consistent quality and manufacturing standards. Designed for use on copper, brass, and nickel surfaces with good spreadability.
Explore EnvMart's comprehensive Solder Wire offerings for trusted soldering consumables that deliver consistent performance in diverse industrial and electronics assembly settings.
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent