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

Packaging: 4.1kg tube
$59.96/kg $158.26/4.1kg tube only $38.60/kgSave 36%

In stock

OVERVIEW

Premium Avesta E316L AC/DC Stainless Steel Electrodes

The Avesta E316L AC/DC 4.0mm Stick Electrode is a high-performance consumable designed for the Shielded Metal Arc Welding (SMAW) of austenitic stainless steels. Engineered to meet the rigorous demands of industrial fabrication, this electrode conforms to AWS E316L-17 classification, offering a rutile-acid coating that ensures smooth operability. The core wire composition is strictly controlled to provide a weld metal that matches the corrosion resistance of Type 316 and 316L base materials. The inclusion of Molybdenum (Mo) in the alloy matrix significantly enhances resistance to pitting and crevice corrosion, particularly in environments containing chlorides or dilute acids.

One of the critical technical advantages of this Avesta electrode is its low carbon content (designated by the 'L'). By maintaining carbon levels below 0.04%, the electrode minimizes the risk of sensitization and intergranular corrosion (carbide precipitation) in the heat-affected zone, making it suitable for service temperatures up to 400°C. This makes the AVE59796 an essential choice for fabricating storage tanks, piping systems, and processing equipment in the chemical, petrochemical, and pulp and paper industries where aggressive media are present.

The 4.0mm diameter is specifically optimized for medium-to-heavy plate welding, allowing for higher deposition rates and efficient filling of joint preparations. The electrode is formulated to operate on both Alternating Current (AC) and Direct Current Electrode Positive (DCEP), providing versatility for workshops with varying power source capabilities. The slag system is designed to be self-releasing or easily detachable, leaving a finely rippled bead profile that requires minimal post-weld grinding or polishing. This balance of metallurgical integrity and operational efficiency makes the Avesta E316L a benchmark for quality in stainless steel maintenance and repair operations.

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

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.