59792 - Avesta 316L/SKR AC/DC Stainless Stick Electrode 2.5mm

Premium Corrosion Resistance with Avesta E316L-17

The Avesta E316L AC/DC 2.5mm Stick Electrode is a high-performance consumable designed for the welding of austenitic stainless steels, specifically type 316 and 316L. Engineered by Avesta, a leader in stainless steel welding technology, this electrode is formulated to provide exceptional resistance to general pitting and intergranular corrosion. It is particularly effective in environments containing chlorides, making it an essential choice for severe industrial applications where material longevity and integrity are paramount. The low carbon content (designated by the 'L') ensures that the weld metal remains resistant to carbide precipitation during the welding process, preserving the corrosion-resistant properties of the base metal.

This electrode features a rutile-acid coating that delivers a stable arc and excellent slag detachability. It is designed to operate smoothly on both AC and DC+ currents, offering flexibility for various welding power sources. The 2.5mm diameter is ideal for welding thin-to-medium gauge sheets and pipes, providing precise control over heat input and bead profile. The chemical composition includes Molybdenum (Mo), which significantly enhances the alloy's resistance to reducing acids and pitting attacks, ensuring that the weld deposit matches or exceeds the performance of the base material in harsh conditions.

Industrially, the Avesta E316L is widely utilized in sectors such as chemical processing, petrochemical refining, and the food and beverage industry. Its ability to withstand acidic and chloride-rich environments makes it suitable for fabricating tanks, heat exchangers, and piping systems. The electrode produces a smooth, finely rippled bead surface that requires minimal post-weld cleaning, thereby increasing productivity and reducing labor costs associated with finishing. With its reliable mechanical properties and superior corrosion profile, this Avesta electrode meets the rigorous demands of modern engineering standards.