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S294612-029 - Hobart FabCOR Element 70C6 .045 Metal-Cored Wire 33lb Spool

Packaging: 33lb spool
$11.82/lb $243.87/33lb spool only $7.39/lbSave 37%

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OVERVIEW

Advanced Metal-Cored Performance: Hobart FabCOR Element 70C6

The Hobart FabCOR Element 70C6 in .045" diameter (33lb spool) is a premium metal-cored wire developed to meet the evolving demands of the welding industry. Classified as E70C-6M H4, this wire is engineered to provide a solution to the challenge of manganese exposure limits. By modifying the chemical composition of the core elements, Hobart has created a consumable that significantly reduces manganese emissions at the source, helping facilities meet OSHA and ACGIH standards while maintaining the robust mechanical properties required for structural mild steel welding.

Performance-wise, the FabCOR Element 70C6 excels in high-deposition applications. It is designed for use with Argon/CO2 shielding gas mixtures (typically 75-95% Argon), which promotes a smooth spray transfer and deep penetration. The wire exhibits excellent wetting characteristics, washing in smoothly at the toes of the weld to reduce stress concentrations and the risk of fatigue failure. This makes it an exceptional choice for dynamic loading applications found in heavy earth-moving equipment and railcar chassis construction. The wire's formulation also ensures low diffusible hydrogen levels (H4), reducing the risk of hydrogen-induced cracking.

Switching to FabCOR Element 70C6 can lead to immediate productivity gains. The high deposition efficiency means more wire becomes weld metal compared to flux-cored alternatives, and the faster travel speeds outpace solid wires in many joint configurations. Additionally, the reduction in spatter and slag (typical of metal-cored wires) minimizes post-weld grinding and cleaning, streamlining the entire fabrication workflow. For welders seeking a balance of safety, speed, and structural integrity, the Element 70C6 is a top-tier choice.

Technical Specifications

  • AWS Class: E70C-6M H4
  • Diameter: .045 inches
  • Shielding Gas: 75-95% Argon / Balance CO2
  • Current: DCEP (Direct Current Electrode Positive)
  • Typical Applications: Shipbuilding, Heavy Equipment, Railcar, General Fabrication
Additional Information
Brand:Hobart
Diameter:0.045 in
Packaging Description:33lb-spool
Spool Size:33 lb Spool, 33 lb
Weld Process:Metal-Cored (MCAW)
Aws Spec:E70C-6M
Polarity:DC, DCEP
Position:Flat/Horizontal
Wire Type:Metal-Cored
Material Composition:Mild Steel
Shielding Gas Requirement:75-95% Argon / Balance CO2
AWS Classification:E70C-6M H4
Wire Diameter:0.045"
Tensile Strength:70,000 psi (nominal)
Applications:Heavy Equipment, Shipbuilding, Railcar, General Fabrication

INCLUDED

  • 1 x 33 lb Spool of Hobart FabCOR Element 70C6 .045" Metal-Cored Wire

APPLICATIONS

  • Heavy Equipment Manufacturing
  • Shipbuilding and Marine Fabrication
  • Railcar Construction
  • General Structural Fabrication
  • Automotive Components
  • Agricultural Machinery

FAQ

This wire is designed for use with mixed shielding gases, typically 75% to 95% Argon with the balance being CO2.

The primary benefit is significantly reduced manganese emissions in the welding fume, helping to improve the working environment and meet safety regulations.

The Hobart FabCOR Element 70C6 meets the AWS A5.18 classification of E70C-6M H4.

Standard metal-cored wires like this are primarily designed for flat and horizontal positions. However, out-of-position welding may be possible using pulsed MIG capabilities.

This specific spool contains wire with a diameter of 0.045 inches.

Metal-cored wires produce very little to no slag, often appearing as small islands of silica that are easily removed, unlike the heavy slag covering of flux-cored wires.

This wire should be operated using Direct Current Electrode Positive (DCEP).

While metal-cored wires handle mill scale better than solid wires, they are generally less tolerant of heavy rust and oil compared to flux-cored wires. Clean base material is recommended for best results.

CATALOGUE & SPEC SHEETS

Spec Sheet
Safety Data Sheet