E71T-1C .045" Gas-Shielded Flux Core Welding Wire - 10lbs

SKU: WW-E71T1C-045-10LB
Price
$26.55
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93 in stock

Description

MODEL

E71T-1C WIRE DIAMETER 0.045" (1.1 mm)
MATERIAL Mild Steel WEIGHT 10 lb (4.5 kg)
SPOOL DIAMETER ~8 in (203 mm) HUB DIAMETER ~2 in (50 mm)
SPOOL WIDTH ~2.5 in (64 mm) SHIELDING GAS 100% CO₂
MELTING RANGE 2,600–2,800 °F (≈1,425–1,540 °C) TENSILE STRENGTH ~70,000 psi (≈ 490 MPa)

 

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E71T-1C .045 Flux Core Welding Wire for Structural FCAW Applications  

High-deposition welding performance for industrial fabrication and heavy-duty repair

The E71T-1C .045 flux core welding wire from PGN Bearings is engineered for gas-shielded FCAW applications requiring strong weld integrity, excellent penetration, and reliable productivity in carbon steel fabrication.

Its operational profile supports demanding manufacturing environments where continuous welding performance, stable arc behavior, and efficient metal deposition are essential. The .045 diameter is widely used in structural welding because it delivers strong production output while maintaining consistent weld quality across extended welding cycles.

Designed for industrial fabrication, equipment repair, and structural steel applications, this wire provides dependable all-position welding capability and reliable mechanical performance.

Hero Product Snippet

The PGN Bearings E71T-1C .045 flux core welding wire delivers high deposition efficiency, stable arc performance, and all-position FCAW welding capability for structural steel fabrication and industrial maintenance applications.

Typical applications

This wire is frequently used in fabrication environments requiring productivity and structural reliability.

Common applications include:

  • Structural steel fabrication
  • Construction equipment repair
  • Agricultural machinery
  • Industrial manufacturing
  • Carbon steel assemblies
  • Heavy equipment maintenance
  • Mechanical support structures
  • Field installation welding

Its all-position capability supports both workshop production and on-site fabrication work.

Performance advantages of E71T-1C .045

High metal deposition rate

Flux-cored welding processes are known for delivering faster production output and increased welding efficiency.

Excellent penetration characteristics

The wire supports strong fusion and dependable weld integrity in carbon steel applications.

All-position welding capability

E71T-1C is classified for flat, horizontal, vertical, and overhead welding.

Smooth wire feeding performance

The spool design helps maintain consistent wire delivery during long welding operations. 

Built for fabrication productivity

Manufacturers commonly select E71T-1C .045 when they need:

  • Faster welding output
  • Reliable structural welds
  • Reduced production time
  • Strong carbon steel performance
  • Consistent weld quality
  • Efficient continuous fabrication

Its performance profile makes it highly effective for industrial production environments. 

Advantages of gas-shielded FCAW welding

Flux-cored arc welding remains a preferred process for industrial fabrication because of its productivity and mechanical performance.

Key benefits include:

  • Higher deposition rates
  • Faster welding speeds
  • Excellent structural welding capability
  • Reliable weld consistency
  • Improved manufacturing efficiency

Usage recommendations

For optimal welding performance:

  • Use shielding gas compatible with E71T-1C classification
  • Protect wire from moisture exposure
  • Adjust voltage and feed settings correctly
  • Clean base materials whenever possible
  • Store spools in dry environments

FAQ

Does E71T-1C .045 require shielding gas?

Yes. It is designed for gas-shielded FCAW welding applications.

Is this wire suitable for structural steel fabrication?

Yes. It is widely used in construction, fabrication, and industrial manufacturing.

Can E71T-1C be welded in all positions?

Yes. It is classified for all-position welding applications.

Why do fabricators choose .045 wire?

Because it provides strong deposition rates and excellent production efficiency.

Is it commonly used for heavy equipment repair?

Absolutely. It is frequently used in industrial maintenance and heavy-duty repair work.

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