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S289615-027 - Hobart FabCOR Edge D2 0.052 Metal-Cored Wire 50lb Spool

Packaging: 50lb spool
$16.60/lb $519.00/50lb spool only $10.38/lbSave 37%

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OVERVIEW

High-Performance Metal-Cored Wire for High-Strength Steels

The Hobart FabCOR Edge D2 .052" Metal-Cored Wire is a premium welding consumable designed to meet the rigorous demands of heavy industrial fabrication. Engineered as part of Hobart's renowned FabCOR Edge family, this wire combines the productivity benefits of metal-cored technology with a specific low-alloy formulation containing approximately 0.5% Molybdenum. This addition makes it an exceptional choice for welding high-strength low-alloy (HSLA) steels where superior tensile strength and creep resistance are required.

Fabricators choose the FabCOR Edge D2 for its ability to deliver high deposition rates that exceed those of traditional solid wires. The composite metal-cored design allows for higher current densities, resulting in faster travel speeds and increased throughput without sacrificing weld quality. The wire produces a spray transfer that is smooth, stable, and virtually spatter-free, ensuring a clean work environment and minimizing the need for post-weld cleanup. Its superior wetting action creates flat, smooth bead profiles that tie in well at the toes, reducing the risk of defects and the need for grinding.

This 50lb spool is optimized for automated or high-volume semi-automatic welding environments. It is formulated to perform with mixed shielding gases, specifically 75-95% Argon/Balance CO2 or 95-98% Argon/Balance Oxygen, offering flexibility depending on your shop's gas supply. Whether used for single-pass or multi-pass applications, the FabCOR Edge D2 delivers consistent mechanical properties, making it a reliable solution for critical infrastructure projects.

Key Benefits

  • Enhanced Strength: The 0.5% Mo deposit ensures the weld metal meets the mechanical requirements for high-strength applications.
  • Productivity: Higher deposition efficiency allows for faster completion of long welds.
  • Clean Welds: Minimal slag and spatter reduce non-value-added cleaning time.
Additional Information
Packaging Description:50lb spool
Diameter:0.052
Weld Process:Metal Core
Spool Size:50lb-spool
Polarity:DC+
AWS Classification:E90C-D2
Material Composition:0.5% Molybdenum, Low Alloy Steel
Shielding Gas Requirement:75-95% Argon / Balance CO2, 95-98% Argon / Balance Oxygen
Tensile Strength:90,000 psi (Typical)
Welding Position:Flat, Horizontal
----- new values below ----
AWS Classification:E90C-D2
Material Composition:Low Alloy Steel, 0.5% Molybdenum
Shielding Gas Requirement:75-95% Argon / Balance CO2, 95-98% Argon / Balance Oxygen
Tensile Strength:90,000 psi (Typical)
Welding Position:Flat, Horizontal
Brand:Hobart
Diameter:0.052
Packaging Description:50lb spool
Weld Process:Metal Core
Spool Size:50lb spool
Polarity:DC+

INCLUDED

  • 1 x 50 lb Spool of Hobart FabCOR Edge D2 .052" Metal-Cored Wire

APPLICATIONS

  • Heavy Equipment Manufacturing
  • Pressure Vessel Fabrication
  • Transportation and Railcar Construction
  • Pipe Welding
  • High-Strength Structural Steel
  • General Fabrication of HSLA Steels

FAQ

The Hobart FabCOR Edge D2 typically meets the AWS A5.28 classification of E90C-D2.

This wire is designed to run on high-argon mixtures: either 75-95% Argon/Balance CO2 or 95-98% Argon/Balance Oxygen.

It contains approximately 0.5% Molybdenum (Mo), which increases the strength and heat resistance of the weld deposit.

This is a metal-cored wire. It has a metallic powder core rather than a flux core, resulting in higher deposition efficiency and minimal slag.

The wire diameter is 0.052 inches.

Yes, Hobart FabCOR Edge D2 is suitable for both single and multiple pass welding applications.

It is widely used in heavy equipment manufacturing, pressure vessel fabrication, transportation, and pipe welding.

Metal-cored wires like the FabCOR Edge D2 produce very little slag, often appearing only as small silicon islands that are easily removed.

CATALOGUE & SPEC SHEETS

Spec Sheet
Safety Data Sheet