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S482951-032 - Hobart Sterling AP 316L-16 5/32" Stainless Stick Electrode (6lb Can)

Packaging: 18lb can
$41.46/lb $373.14/18lb can only $20.73/lbSave 50%

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OVERVIEW

Premium Stainless Steel Welding Electrodes for Industrial Supply

The Hobart Sterling AP 316/316L 5/32" Stick Electrode is a high-performance consumable designed for the rigorous demands of industrial fabrication and maintenance. Supplied in a convenient 6lb can, this electrode is formulated to meet AWS E316L-16 specifications, offering exceptional versatility and reliability for supply chains serving the petrochemical, food processing, and pulp and paper industries. The "AP" designation signifies its All-Position capability, making it a universal solution for complex structural repairs and fabrication where out-of-position welding is required.

Technically, the Sterling AP 316/316L features a molybdenum-bearing stainless steel core wire with an extra-low carbon content (maximum 0.04%). This chemical composition is critical for preventing sensitization and intergranular corrosion, a common failure mode in standard stainless welds exposed to corrosive media or high temperatures. By maintaining carbon levels low, this electrode eliminates the need for post-weld heat treatment in many applications, streamlining the repair process for MRO operations. It is designed to weld Type 316, 316L, and 318 stainless steels, providing a metallurgical match that ensures the joint is as durable as the base material.

For inventory managers and procurement specialists, the Hobart Sterling AP represents a high-turnover, essential consumable. Its dual classification (316/316L) allows it to cover a broader range of applications with a single SKU, reducing inventory complexity. The 6lb packaging is ideal for smaller jobs or field repairs where bulk 50lb cartons are impractical. Compatible with both AC and DCEP (Direct Current Electrode Positive) power sources, it ensures compatibility with a wide fleet of welding machines, from shop-based rectifiers to portable field generators.

Additional Information
Packaging Description:18lb can
Diameter:4.0mm
AWS Spec :E316L-16, E316L-17
Grade:316, 316L
Weld Process:Stick
Polarity:AC or DC+
Packaging:6lb can
Rod Type:Stick Electrode
Coating Type:Rutile, Titania
Material Composition:Stainless Steel
Welding Position:All Position
Current Type:AC, DCEP
----- new values below ----
Rod Type:Stick Electrode
Coating Type:Rutile, Titania
Material Composition:Stainless Steel
Welding Position:All Position
Current Type:DCEP, AC
Brand:Hobart
Diameter:4.0mm
AWS Spec:E316L-16, E316L-17
Grade:316, 316L
Weld Process:Stick
Polarity:AC or DC+
Packaging:6lb can

INCLUDED

  • 6lb Can of Hobart Sterling AP 316/316L 5/32" Stick Electrodes
  • Instruction Label

APPLICATIONS

  • Food and Beverage processing equipment fabrication and repair
  • Petrochemical plant piping and tank maintenance
  • Pulp and Paper mill digesters and bleaching equipment
  • Textile and dyeing equipment
  • General fabrication of Type 316, 316L, and 318 stainless steels
  • Marine fittings and chemical storage vessels

FAQ

The Hobart Sterling AP 316/316L meets AWS A5.4 requirements for E316L-16 and E316L-17 classifications.

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

The 'L' stands for Low Carbon. This reduces the risk of carbide precipitation during welding, which prevents intergranular corrosion in the final weldment.

Yes, the 'AP' in Sterling AP stands for All-Position. It has excellent characteristics for vertical and overhead welding.

It is designed for welding AISI types 316, 316L, and 318 stainless steels. It can also be used for general corrosion-resistant applications.

Hobart Sterling AP is known for its excellent slag release, which is often self-peeling, reducing cleanup time significantly.

For a 5/32" (4.0mm) E316L-16 electrode, the typical amperage range is approximately 110-150 Amps, depending on the position and base metal thickness.

Like most stainless electrodes, it should be stored in a dry place. If exposed to moisture, reconditioning in a rod oven is recommended to prevent porosity.

CATALOGUE & SPEC SHEETS

Spec Sheet
Safety Data Sheet