Techweld E71t-1 Premium Flux-cored Wire
The Techweld E71T-1 Premium Flux-Cored Wire is a gas-shielded welding consumable engineered for high-performance welding of carbon and low-alloy steels. Designed to meet demanding industrial requirements, it delivers excellent mechanical properties, a stable arc, smooth bead appearance, and high deposition rates, making it ideal for structural and heavy-duty fabrication.
Key Specifications
AWS Classification: E71T-1
Material Type: Carbon and low-alloy steels
Shielding Gas: CO? or Ar+CO? mixture
Welding Position: All positions, including overhead and vertical up
Tensile Strength (As Welded): 7095 ksi (approx. 490670 MPa)
Yield Strength (As Welded): Minimum 58 ksi (approx. 390 MPa)
Characteristics: Stable arc, low spatter, easy slag removal, flawless bead finish, excellent low-temperature toughness
Applications
Structural steel fabrication
Shipbuilding and offshore structures
Heavy equipment and pressure vessel manufacturing
General fabrication and repair
Oil & Gas, power plant, and bridge welding
Techweld E71T-1 is the preferred choice for professionals seeking a reliable, high-quality flux-cored wire that delivers consistent performance across all positions and demanding industrial applications.
Key Specifications
AWS Classification: E71T-1
Material Type: Carbon and low-alloy steels
Shielding Gas: CO? or Ar+CO? mixture
Welding Position: All positions, including overhead and vertical up
Tensile Strength (As Welded): 7095 ksi (approx. 490670 MPa)
Yield Strength (As Welded): Minimum 58 ksi (approx. 390 MPa)
Characteristics: Stable arc, low spatter, easy slag removal, flawless bead finish, excellent low-temperature toughness
Applications
Structural steel fabrication
Shipbuilding and offshore structures
Heavy equipment and pressure vessel manufacturing
General fabrication and repair
Oil & Gas, power plant, and bridge welding
Techweld E71T-1 is the preferred choice for professionals seeking a reliable, high-quality flux-cored wire that delivers consistent performance across all positions and demanding industrial applications.
On Request










