Additive Manufacturing Wire

2319 aluminum welding wire, with its unique copper and manganese chemical composition, offers excellent strength, conductivity, and corrosion resistance, making it an ideal choice for welding aluminum structures in industries like aerospace and automotive. Specifications*: AWS A5.10, Class ER2319 AMS 4191 TIG welding products will be flag-tagged on one end to conform to applicable AWS and/or AMS standards. * Specifications may vary per heat.Please inquire with your specification before purchasing.

357.0 Aluminum welding wire is specially formulated with a unique blend of silicon, magnesium, and copper. This composition gives it exceptional weldability, impressive strength, superb resistance to corrosion, and offers a notable advantage in tensile strength over A356.0. As a result, it becomes the top choice for welding aluminum structures in industries that demand high performance, such as aerospace and automotive. This grade of 357 is beryllium-free. Specifications*: AWS A5.10, Class R-357.0 AMS 4246 * Specifications may vary per heat.Please inquire with your specification before purchasing.

4145 aluminum welding wire is a specialized alloy utilized for welding and brazing applications, particularly in the aerospace industry. Its chemical composition is significant due to the inclusion of 5% magnesium, which enhances strength and corrosion resistance, while the addition of silicon helps improve fluidity during the welding process, resulting in smoother, more precise welds. This alloy's low melting temperature, typically around 565°C (1050°F), makes it well-suited for brazing applications where precise, lower-temperature joining is essential, all while maintaining high strength and corrosion resistance. Specifications*: AWS A5.10, Class ER4145 AMS 4184 ISO 18273, AlSi10Cu4 * Specifications may vary per heat.Please inquire with your specification before purchasing.

A356 aluminum welding wire, including the aerospace-grade variant known as 4008, is a specialized alloy critical for precision welding applications in the aerospace and automotive industries, particularly in A356.0 and 356.0 aluminum castings. Its carefully balanced chemical composition, featuring silicon, magnesium, and trace elements, provides outstanding weldability and exceptional strength. This alloy's significance is further enhanced by its heat-treatable properties, allowing for post-weld heat treatment processes to achieve desired material properties, ensuring the structural integrity and safety of critical components in aluminum castings. Specifications*: AWS A5.10, Class R-A356.0 AWS A5.10, Class ER4010 AMS 4181 ISO 18273, AlSi7Mg * Specifications may vary per heat.Please inquire with your specification before purchasing.

C355 aluminum welding wire, as well as the variant 4009, is a versatile welding material primarily used for joining aluminum and aluminum alloys. It typically consists of approximately 90% aluminum (Al), 4% silicon (Si), 1% manganese (Mn), 1% copper (Cu), and trace amounts of other elements such as zinc (Zn) and titanium (Ti). This specific chemistry is carefully formulated to provide the wire with excellent weldability and mechanical properties making it suitable for a wide range of applications, from automotive components to aerospace structures. The silicon content enhances the fluidity of the molten metal during welding, promoting a smoother and more stable weld bead. The manganese and copper additives contribute to the wire's strength and enables the weld to respond to heat-treating. Specifications*: AWS A5.10, Class R-C355.0 AWS A5.10, Class ER4009 AMS 4245 ISO 18273, AlSi5Cu1Mg * Specifications may vary per heat.Please inquire with your specification before purchasing.