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S482944-032 - Hobart Sterling AP 316/316L Stainless Steel Stick Electrode - 1/8 Inch

Packaging: 18lb can
$41.34/lb $372.24/18lb can only $20.68/lbSave 50%

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OVERVIEW

Technical Overview: Hobart Sterling AP 316/316L

The Hobart Sterling AP 316/316L is a premium quality Shielded Metal Arc Welding (SMAW) electrode designed for joining molybdenum-bearing austenitic stainless steels. Engineered with a rutile-based coating, this electrode is formulated to meet AWS E316L-16 classifications, offering exceptional performance in all welding positions. The "L" designation indicates a low carbon content (maximum 0.04%), which is critical for preventing carbide precipitation during the welding process. This feature significantly reduces the risk of intergranular corrosion and sensitization, making it an optimal choice for service environments subject to corrosive media.

Metallurgically, the deposited weld metal exhibits high resistance to pitting and fissuring, ensuring structural integrity in demanding applications. The electrode operates effectively on both Direct Current Electrode Positive (DCEP) and Alternating Current (AC), providing a stable, soft arc with minimal spatter. The resulting weld bead is characterized by a flat to slightly convex profile with fine ripple formation, which is desirable for both cosmetic appearance and fatigue resistance. The slag system is designed to be self-peeling or easily removable, reducing the labor required for inter-pass cleaning and post-weld finishing.

This electrode is specifically recommended for welding Type 316, 316L, and 318 stainless steels. It is widely utilized in industries requiring strict adherence to sanitation and corrosion standards, such as chemical processing, textile manufacturing, and food production facilities. The controlled ferrite number in the weld deposit further aids in preventing hot cracking, a common issue in fully austenitic stainless steel welds.

Additional Information
Packaging Description:18lb can
Diameter:3.2mm (3-2mm)
Grade:316 (316)
Weld Process:Stick (stick)
Polarity:AC or DC+ (ac-or-dc)
AWS Spec :E316L-16 (e316l-16)
Rod Type:Stick Electrode
Coating Type:Rutile
Welding Position:All Position
Material Composition:Stainless Steel
Packaging Type:Can
----- new values below ----
Rod Type:Stick Electrode
Coating Type:Rutile
Welding Position:All Position
Material Composition:Stainless Steel
Packaging Type:Can
Brand:Hobart
Diameter:3.2mm (3-2mm)
Grade:316 (316)
Weld Process:Stick (stick)
Polarity:AC or DC+ (ac-or-dc)
AWS Spec:E316L-16 (e316l-16)

INCLUDED

  • Can of Hobart Sterling AP 316/316L Stick Electrodes (1/8" Diameter)

APPLICATIONS

  • Food and Beverage Processing Equipment
  • Petrochemical and Chemical Plants
  • Pulp and Paper Manufacturing Machinery
  • Textile Industry Equipment
  • General Stainless Steel Fabrication
  • Repair of Type 316 and 316L Tanks and Piping

FAQ

The Hobart Sterling AP 316/316L typically meets the requirements for AWS E316L-16.

The 'L' stands for 'Low Carbon'. This indicates that the carbon content is restricted to a maximum of 0.04% to prevent carbide precipitation and intergranular corrosion.

Yes, the Sterling AP 316/316L is designed to operate smoothly on both AC (Alternating Current) and DCEP (Direct Current Electrode Positive).

Yes, this is an 'All Position' (AP) electrode, meaning it is formulated to perform well in flat, horizontal, vertical, and overhead positions.

It is designed for welding stainless steel types 316, 316L, and 318. It can also be used for general corrosion-resistant applications on similar molybdenum-bearing stainless steels.

The slag is designed to be self-peeling or very easy to remove, which minimizes cleanup time and reduces the risk of slag inclusions.

For a 1/8" (3.2mm) E316L-16 electrode, the typical amperage range is approximately 75 to 110 Amps, depending on the position and base metal thickness.

Stainless electrodes should be kept dry. If the can is hermetically sealed, they are ready to use upon opening. If exposed to moisture, they may require reconditioning (typically 1 hour at 250-300°F, but check specific manufacturer data).

CATALOGUE & SPEC SHEETS

Spec Sheet
Safety Data Sheet