FabCo 910
Fast Freezing, Rutile Type Flux Cored Wire
The FabCo 910 is an all-positional flux core wire designed for use with high Argon shielding mixes such as 95%Ar/5% CO². It provides excellent low-temperature impact toughness and is suitable for use in a wide range of critical applications.
T494T12-1MA-U-H10
AWS A5.20 E71T-1M, E71T-12MJ
Applications
SHIPBUILDING
GENERAL FABRICATION
HEAVY EQUIPMENT
TRANSPORTATION
STORAGE
PRESSURE VESSELS
Increases Productivity
With the FabCo 910 you can weld in all positions without the need to change weld parameters so you can spend more time welding. Plus, vertical up welding can be done without the need to weave.
Low Fume Levels
The FabCo 910 can help lower fume levels, providing a safer job-site for operators.
Specifications
Typical Weld Metal Chemistry - 75 Ar/25% CO²
C
0.5
Mn
0.84
Si
0.39
P
0.008
S
0.009
Ni
0.40
Typical Weld Metal Chemistry - 92% Ar/8% CO²
C
0.06
Mn
0.86
Si
0.41
P
0.012
S
0.011
Ni
0.41
Typical Mechanical Properties - 75 Ar/25% CO²
Tensile Strength
565 MPa
Yield Strength
503 MPa
Elongation
27%
CVN Impact Values
122J @ -20°C
47J @ -40°C
Typical Mechanical Properties - 92% Ar/8% CO²
Tensile Strength
586 MPa
Yield Strength
538 MPa
Elongation
27%
CVN Impact Values
142J @ -20°C
68J @ -40°C
Resources
FabCo 910
Fast Freezing, Rutile Type Flux Cored Wire
The FabCo 910 is an all-positional flux core wire designed for use with high Argon shielding mixes such as 95%Ar/5% CO². It provides excellent low-temperature impact toughness and is suitable for use in a wide range of critical applications.
T494T12-1MA-U-H10
AWS A5.20 E71T-1M, E71T-12MJ
Applications
SHIPBUILDING
GENERAL FABRICATION
HEAVY EQUIPMENT
TRANSPORTATION
STORAGE
PRESSURE VESSELS
Specifications
Typical Weld Metal Chemistry - 75 Ar/25% CO²
C
0.5
Mn
0.84
Si
0.39
P
0.008
S
0.009
Ni
0.40
Typical Weld Metal Chemistry - 92% Ar/8% CO²
C
0.06
Mn
0.86
Si
0.41
P
0.012
S
0.011
Ni
0.41
Typical Mechanical Properties - 75 Ar/25% CO²
Tensile Strength
565 MPa
Yield Strength
503 MPa
Elongation
27%
CVN Impact Values
122J @ -20°C
47J @ -40°C
Typical Mechanical Properties - 92% Ar/8% CO²
Tensile Strength
586 MPa
Yield Strength
538 MPa
Elongation
27%
CVN Impact Values
142J @ -20°C
68J @ -40°C