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S249412-029 Hobart FabCOR 86R Metal Cored Gas Shielded MIG Wire / Select

Item #

S2494

MOQ

1

A METAL CORED WIRE WITH HIGHER DEOXIDIZATION ELEMENTS

Applications 

  • Storage Vessles
  • Steel Structures
  • Shipbuilding
  • Rail Cars
  • Non-Alloyed & Fine Grain Steels
  • General Fabrication
  • Earthmoving Equipment
  • Automatic & Mechanised Welding

Processes

  • MCAW
Welding Position 1G Welding Position 2G Welding Position 2F
 A metal cored wire with a higher deoxidization elements allow this wire to have greater tolerance for mill scale welding applications. Single and multiple pass applications.

High Deposition Rates and Efficiencies

  • Virtually no slag coverage
  • Outstanding high-production performance
  • Smooth arc characteristics
  • Low diffusible hydrogen weld deposit
  • Low smoke and spatter levels
  • Excellent for both CV and pulsed welding

Productivity Gain

  • Improves productivity compared to solid wire or flux-cored electrodes
  • Reduces clean up time, improves productivity
  • Excellent for robotic welding
  • Improved operator appeal, assists in maintaining consistent weld quality
  • Minimises risk of hydrogen-induced cracking
  • Improves operator appeal and productivity
  • Promotes versatility in procedure development

Typical Applications

Automatic and mechanised welding, storage vessels, non-alloyed and fine grain steels, steel structures, earthmoving equipment, general fabrication, shipbuilding, rail cars.

Typical All Weld Metal Chemical Analysis

C 0.03
Mn 1.44
Si 0.67
S 0.015
P 0.008

Typical Diffusible Hydrogen

Hydrogen Equipment Gas Chromatography
75% Ar/25% CO² 2.0ml/100g
90% Ar/10% CO² 2.1ml/100g

Typical All Weld Metal Mechanical Analysis – 75% Ar/25% CO²

Yield Strength 476 MPa
Tensile Strength 558 MPa
Elongation 30%
CVN Impact Values 101J @ -30°C

Typical All Weld Metal Mechanical Analysis – 90% Ar/10% CO²

Yield Strength 474 MPa
Tensile Strength 569 MPa
Elongation 26%
CVN Impact Values 123J @ -30°C

Description

A METAL CORED WIRE WITH HIGHER DEOXIDIZATION ELEMENTS

Applications 

  • Storage Vessles
  • Steel Structures
  • Shipbuilding
  • Rail Cars
  • Non-Alloyed & Fine Grain Steels
  • General Fabrication
  • Earthmoving Equipment
  • Automatic & Mechanised Welding

Processes

  • MCAW
Welding Position 1G Welding Position 2G Welding Position 2F
 A metal cored wire with a higher deoxidization elements allow this wire to have greater tolerance for mill scale welding applications. Single and multiple pass applications.

High Deposition Rates and Efficiencies

  • Virtually no slag coverage
  • Outstanding high-production performance
  • Smooth arc characteristics
  • Low diffusible hydrogen weld deposit
  • Low smoke and spatter levels
  • Excellent for both CV and pulsed welding

Productivity Gain

  • Improves productivity compared to solid wire or flux-cored electrodes
  • Reduces clean up time, improves productivity
  • Excellent for robotic welding
  • Improved operator appeal, assists in maintaining consistent weld quality
  • Minimises risk of hydrogen-induced cracking
  • Improves operator appeal and productivity
  • Promotes versatility in procedure development

Typical Applications

Automatic and mechanised welding, storage vessels, non-alloyed and fine grain steels, steel structures, earthmoving equipment, general fabrication, shipbuilding, rail cars.

Typical All Weld Metal Chemical Analysis

C 0.03
Mn 1.44
Si 0.67
S 0.015
P 0.008

Typical Diffusible Hydrogen

Hydrogen Equipment Gas Chromatography
75% Ar/25% CO² 2.0ml/100g
90% Ar/10% CO² 2.1ml/100g

Typical All Weld Metal Mechanical Analysis – 75% Ar/25% CO²

Yield Strength 476 MPa
Tensile Strength 558 MPa
Elongation 30%
CVN Impact Values 101J @ -30°C

Typical All Weld Metal Mechanical Analysis – 90% Ar/10% CO²

Yield Strength 474 MPa
Tensile Strength 569 MPa
Elongation 26%
CVN Impact Values 123J @ -30°C
  • S249412-029 (1.2 – 15kg Spool)
  • S249412-050 (1.2- 227kg X-pak)
  • S249419-029 (1.6 – 15kg Spool)

Hobart FabCOR 86R | Metal Cored MIG Wire

Description

A METAL CORED WIRE WITH HIGHER DEOXIDIZATION ELEMENTS

Applications 

  • Storage Vessles
  • Steel Structures
  • Shipbuilding
  • Rail Cars
  • Non-Alloyed & Fine Grain Steels
  • General Fabrication
  • Earthmoving Equipment
  • Automatic & Mechanised Welding

Processes

  • MCAW
Welding Position 1G Welding Position 2G Welding Position 2F
 A metal cored wire with a higher deoxidization elements allow this wire to have greater tolerance for mill scale welding applications. Single and multiple pass applications.

High Deposition Rates and Efficiencies

  • Virtually no slag coverage
  • Outstanding high-production performance
  • Smooth arc characteristics
  • Low diffusible hydrogen weld deposit
  • Low smoke and spatter levels
  • Excellent for both CV and pulsed welding

Productivity Gain

  • Improves productivity compared to solid wire or flux-cored electrodes
  • Reduces clean up time, improves productivity
  • Excellent for robotic welding
  • Improved operator appeal, assists in maintaining consistent weld quality
  • Minimises risk of hydrogen-induced cracking
  • Improves operator appeal and productivity
  • Promotes versatility in procedure development

Typical Applications

Automatic and mechanised welding, storage vessels, non-alloyed and fine grain steels, steel structures, earthmoving equipment, general fabrication, shipbuilding, rail cars.

Typical All Weld Metal Chemical Analysis

C 0.03
Mn 1.44
Si 0.67
S 0.015
P 0.008

Typical Diffusible Hydrogen

Hydrogen Equipment Gas Chromatography
75% Ar/25% CO² 2.0ml/100g
90% Ar/10% CO² 2.1ml/100g

Typical All Weld Metal Mechanical Analysis – 75% Ar/25% CO²

Yield Strength 476 MPa
Tensile Strength 558 MPa
Elongation 30%
CVN Impact Values 101J @ -30°C

Typical All Weld Metal Mechanical Analysis – 90% Ar/10% CO²

Yield Strength 474 MPa
Tensile Strength 569 MPa
Elongation 26%
CVN Impact Values 123J @ -30°C

Additional information

Brand

Select

S249412-029 – 1.2 – 15kg Spool, S249412-050 – 1.2- 227kg X-pak

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