FabCO® 101K3
Offers excellent properties on many higher strength steels.
AWS: A5.29: E100T1-K3C
Data Sheet: English
SDS: English (NA), Spanish (NA), French (NA), English (EU), Spanish (EU), French (EU)
Certification: Download PDF
Product Sizes & Specifications
| Part Number | Diameter (IN) | Diameter (MM) | Package | Base Metal | Welding Process | Welding Position |
|---|---|---|---|---|---|---|
| S282419-002 | 1/16 | 1.6 | 60 Lb (27 Kg) Coil | low alloy | FCAW (flux cored) | flat/horizontal |
Industries
For use on steels of types A710, HY-80, A-514
Applications
Single and multiple pass applications with 100% CO2 shielding gas
Similar Products
-
FabCO® 95K2
Excellent for high tensile strength and low temperature impact properties that are needed. The basic slag formulation also ensure that the weld deposit will be low in diffusible hydrogen. Provides great fracture toughness, increased toughness at low temperature and increased resistance to cracking.
-
FabCO® 81N1
1% nickel deposit. Used in applications where low temperature notch toughness is required. Can be used on weathering types of steel where color match is not required.
-
FabCO® 105D2
This product can be used for the repair of manganese-moly castings, or components that must undergo post weld heat treatment and maintain a tensile strength in the neighborhood of 100,000 psi. The basic slag system ensures a low hydrogen weld deposit.
-
FabCO® 115
Primarily used in the welding of T-1, A514, A517, HY-100, and similar quenched and tempered high strength and low alloy steels. The basic slag system produces a low hydrogen weld deposit reducing the chance of cracking.
-
FabCO® 115K3
This wire is used for welding high strength quench and tempered and low alloy steels like T-1, A514, A517, and Hy-100. The T-5 flux core uses a basic slag which keeps hydrogen content very low reducing the chance for cracking.
-
FabCO® 125K4
For the welding of quenched and tempered low alloy grades of steels. Excellent impact values at low temperatures along with a low diffusible hydrogen content due to the basic slag system.
