59786 - Avesta 308L/MVR Stainless Stick Electrode 3.2mm

Premium Stainless Steel Welding Consumables

The Avesta E308L AC/DC Stick Electrode (3.2mm) is a high-performance consumable designed for the professional fabrication of austenitic stainless steels. Engineered to meet the rigorous demands of industrial applications, this electrode conforms to AWS E308L-17 standards, ensuring consistent mechanical properties and superior corrosion resistance. It is the primary choice for welding standard 304 and 304L stainless grades (ASTM 304, 304L; EN 1.4301, 1.4307), widely used in the food processing, chemical, and architectural sectors.

This electrode features a rutile-acid coating that provides exceptional arc stability on both Alternating Current (AC) and Direct Current Electrode Positive (DC+). The formulation is optimized to operate effectively even under fairly severe conditions, such as poor fit-up or positional welding. The low carbon content (designated by the 'L') is critical for preventing carbide precipitation at the grain boundaries, thereby maintaining the material's resistance to intergranular corrosion after welding. This makes it a reliable choice for equipment that will be exposed to corrosive environments.

For industrial procurement, reliability is key. The Avesta 308L electrode delivers uniform burn-off rates and predictable weld metal chemistry, reducing the risk of rework. Its ability to produce sound, defect-free welds with minimal operator fatigue makes it a cost-effective solution for large-scale production and maintenance repair operations (MRO). Whether used in a workshop setting or on-site installation, this electrode ensures structural integrity and compliance with international welding standards.

Key Industrial Benefits:

• Consistent chemical composition for reliable corrosion resistance.


• Versatile polarity options (AC/DC) for compatibility with various power sources.


• Optimized for 304/304L stainless steel fabrication.


• High-quality slag system for efficient cleaning and finishing.