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59796 - Avesta 316L-17 Stainless Stick Rod 4.0mm

Packaging: 4.1kg tube
$59.96/kg $166.21/4.1kg tube only $40.54/kgSave 32%

In stock

OVERVIEW

Smooth Running 4.0mm Stainless Stick Rod for Heavy Jobs

When you are welding thicker stainless steel sections and need a rod that runs smooth and handles easily, the Avesta E316L AC/DC 4.0mm electrode is a top-tier choice. We know that welding stainless with stick can sometimes be frustrating due to slag entrapment or erratic arcs, but Avesta has formulated this rod to solve those problems. The '17' class coating gives you a buttery smooth arc that stays stable whether you are running on a shop DC machine or a field AC buzz box. It wets out beautifully at the toes, helping you avoid undercut and creating a professional-looking bead with that classic gold/silver stainless color.

This 4.0mm (approx. 5/32") size is your go-to for filling grooves on heavier plate or pipe where smaller rods just take too long. It lays down metal efficiently, and the slag coverage is excellent—protecting the hot weld metal from the atmosphere until it cools. The best part? The slag practically lifts off by itself as it cools, or comes off with a light tap, saving you time on chipping and wire wheeling. Because it is a 316L rod, it is perfect for welding 316 stainless, but it is also a great 'safe bet' for 304 stainless if you want that extra corrosion protection provided by the Molybdenum content.

Whether you are repairing a chemical tank, fixing food processing equipment, or fabricating heavy marine hardware, this rod gives you the confidence that the weld will hold up against rust and pitting. The re-strike capability is excellent, so if you have to stop and start, you won't be fighting to get the arc going again. It's a welder-friendly rod that delivers X-ray quality results without the headache, making it a staple in any serious fabricator's rod oven.

Additional Information
Brand:Avesta
Diameter:4.0mm (5/32")
Grade:316
Weld Process:Stick (SMAW)
Polarity:AC/DCEP
AWS Spec:E316L-17
Rod Type:Stick Electrode
Core Material:Stainless Steel
Coating Type:Rutile (AC/DC)
AWS Classification:E316L-17
Welding Position:Flat, Horizontal, Vertical Up, Overhead
Current Type:AC, DC+
Packaging Description:4.1kg tube
Packaging:10 lb Tube

INCLUDED

  • Avesta E316L AC/DC Stainless Steel Stick Electrodes (4.0mm diameter)
  • Protective packaging to ensure moisture resistance

APPLICATIONS

  • Chemical and petrochemical processing equipment
  • Pulp and paper mill machinery
  • Textile dyeing equipment
  • Marine hardware and coastal architectural structures
  • Food and beverage storage tanks
  • Pharmaceutical manufacturing systems

FAQ

For a 4.0mm (5/32 inch) E316L-17 electrode, the typical amperage range is between 110A and 160A. Start around 135A and adjust based on your travel speed and material thickness.

No, E316L-17 electrodes are designed for DCEP (Reverse Polarity) or AC. Using DCEN will result in an unstable arc and poor penetration.

Yes, E316L electrodes can be used to weld 304 stainless steel. The added Molybdenum provides superior corrosion resistance compared to 308L, although it is slightly more expensive.

Stainless steel electrodes with rutile coatings can absorb moisture. It is highly recommended to store them in a dry environment. If they have been exposed to damp air, re-drying at 250°C-300°C for 2 hours is recommended to prevent porosity.

The 'L' stands for 'Low Carbon'. This indicates a maximum carbon content of 0.04%, which prevents carbide precipitation and intergranular corrosion, ensuring the weld remains corrosion-resistant even after heating.

The primary difference is carbon content. E316L has lower carbon, which makes it immune to sensitization during welding, whereas standard E316 is more susceptible to intergranular corrosion in the heat-affected zone.

Generally, no. 4.0mm electrodes produce a large weld pool that is difficult to control in vertical down positions. Vertical up is possible but requires skill; flat and horizontal positions are optimal for this diameter.

They are widely used in industries requiring high corrosion resistance, such as chemical processing, textile manufacturing, breweries, and marine applications.