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S282812-029 - Hobart Fabco 110 High-Strength Flux-Cored Wire .045 33lb Spool

Packaging: 33lb spool
$16.84/lb $347.49/33lb spool only $10.53/lbSave 37%

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OVERVIEW

Mastering High-Strength Steel with Hobart Fabco 110

When your project involves welding quenched and tempered steels like T-1 or ASTM A514, standard welding wires simply won't cut it. You need a consumable that matches the base metal's superior yield strength and toughness. Enter the Hobart Fabco 110, a high-performance flux-cored wire engineered to deliver 110,000 psi tensile strength without compromising on weldability. This .045-inch wire is the go-to solution for fabricators building heavy earthmovers, crane booms, and critical structural components that must withstand immense stress and harsh environments.

Why Choose Fabco 110?

The primary challenge in welding high-strength steels is avoiding cracking, particularly in the heat-affected zone (HAZ). Fabco 110 addresses this with a sophisticated low-hydrogen formulation that significantly reduces the risk of underbead cracking. Furthermore, its nickel-alloyed chemistry provides exceptional impact toughness, even at temperatures as low as -40°F. This makes it an ideal choice for equipment operating in freezing climates or offshore applications where brittle fracture is a major concern.

All-Position Versatility

Unlike some high-strength wires that are fluid and difficult to control out of position, Fabco 110 is designed with a fast-freezing slag. This characteristic allows welders to lay down high-quality beads in vertical and overhead positions with confidence. The puddle is controllable, and the arc remains consistent, allowing for precise penetration and bead contouring. Whether you are repairing a mining truck bed or fabricating a pressure vessel, this wire offers the versatility needed to tackle complex joint configurations.

Optimized for Mixed Gas

To get the best performance out of Fabco 110, it is optimized for a 75% Argon / 25% CO2 shielding gas mix. This blend provides a smoother arc and better mechanical properties compared to straight CO2. The result is a cleaner weld with less spatter and better fusion. By choosing Hobart Fabco 110, you aren't just buying wire; you are investing in the structural reliability of your finished product.

Additional Information
Brand:Hobart
Diameter:0.045 in
Packaging Description:33lb spool
Spool Size:33 lb Spool
Weld Process:Flux-Cored (FCAW)
Position:All Position
Polarity:DCEP
AWS Classification:E110T1-K3C, E111T1-K3M
Shielding Gas:75% Argon / 25% CO2
Tensile Strength:110,000 psi (Typical)
Material Application:ASTM A514, HY-80, T-1 Steel
Diffusible Hydrogen:< 5.0 ml/100g

INCLUDED

  • 1 x 33 lb Spool of Hobart Fabco 110 .045" Flux-Cored Wire

APPLICATIONS

  • Quenched and Tempered Steels (ASTM A514, T-1)
  • High-Strength Low-Alloy (HSLA) Steels
  • Heavy Construction and Earthmoving Equipment
  • Shipbuilding and Offshore Platforms
  • Crane Booms and Structural Supports
  • Power Generation Components
  • General Heavy Fabrication requiring 110ksi strength

FAQ

Hobart Fabco 110 is designed for use with a mixed shielding gas, specifically 75% Argon and 25% CO2. Using this mixture ensures optimal arc stability, mechanical properties, and spatter control.

Yes, Fabco 110 features a fast-freezing slag system that makes it excellent for all-position welding, including vertical-up and overhead positions.

The weld deposit produced by Fabco 110 typically has a tensile strength of approximately 110,000 psi (110 ksi), matching the requirements for E110T1 class wires.

While it can physically weld mild steel, it is generally over-alloyed for such applications. It is specifically designed for high-strength low-alloy (HSLA) and quenched and tempered steels like A514.

Hobart Fabco 110 meets AWS A5.29 specifications for E110T1-K3C and E111T1-K3M classifications.

Yes, like all low-hydrogen consumables, it should be stored in a dry environment. If the package is opened, the wire should be protected from moisture to prevent hydrogen pickup which can lead to cracking.

This wire should be operated using Direct Current Electrode Positive (DCEP), also known as reverse polarity.

CATALOGUE & SPEC SHEETS

Spec Sheet
Safety Data Sheet
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