FabCOR 86R
Metal Cored MIG Wire
The FabCOR 86R metal core wire provides so many benefits including, virtually no slag coverage, outstanding high production performance, high deposition rates and low smoke and spatter levels.Â
Productivity levels are much higher compared to solid wires allowing operators to complete jobs quicker.
AS/NZS ISO 17632-A - T46 3 M M21 3 H5
AS/NZS ISO 17632-A - T46 3 M M20 3 H5
AWS A5.18: E70C-6M H4
Applications
STORAGE VESSELS
STEEL STRUCTURES
SHIPBUILDING
RAIL CARS
NON-ALLOYED & FINE GRAIN STEELS
GENERAL FABRICATION
EARTHMOVING EQUIPMENT
AUTOMATIC & MECHANISED WELDING
Excellent Operator Appeal
The FabCOR 86R is easy to use and control and consistantly procuces higher quality welds.
High Deposition Rates
The FabCOR 86R produces higher deposition rates than solid wire resulting in higher travel speeds and lower overall costs.
Low Spatter
The FabCOR 86R produces little spatter, reducing clean up time and improves productivity.
Specifications
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 Â 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
Resources
FabCOR 86R
Metal Cored MIG Wire
The FabCOR 86R metal core wire provides so many benefits including, virtually no slag coverage, outstanding high production performance, high deposition rates and low smoke and spatter levels.Â
Productivity levels are much higher compared to solid wires allowing operators to complete jobs quicker.
AS/NZS ISO 17632-A - T46 3 M M21 3 H5
AS/NZS ISO 17632-A - T46 3 M M20 3 H5
AWS A5.18: E70C-6M H4
Applications
STORAGE VESSELS
STEEL STRUCTURES
SHIPBUILDING
RAIL CARS
NON-ALLOYED & FINE GRAIN STEELS
GENERAL FABRICATION
EARTHMOVING EQUIPMENT
AUTOMATIC & MECHANISED WELDING
Specifications
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