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ESAB·consumable

PIPEWELD 8010 PLUS

Cellulosic coated stick electrode designed for low‑alloy steel, delivering deep penetration welds in all positions and especially suited for vertical‑down welding of high‑strength pipelines.

Key Features

  • Cellulosic coating for superior slag removal and wetting.
  • Low‑alloy composition (0.3 % Ni, 0.25 % Mo) for high strength.
  • Ideal for vertical‑down welding of API 5LX pipelines (X60‑X70).
  • Wide deposition range with two diameter options (3.2 mm and 4.0 mm).

Specifications

  • Classifications: SFA/AWS A5.5 : E8010‑P1, EN ISO 2560‑A : E 46 2 Z C 21
  • Welding Current: DC+
  • Alloy Type: Low alloyed (0.3 % Ni, 0.25 % Mo)
  • Coating Type: Cellulosic covering
  • Tensile Properties (As Welded, AWS): Yield 530 MPa, Tensile 620 MPa, Elongation 23 %
  • Charpy Impact (As Welded, AWS): -30 °C, 40 J
  • Typical Weld Metal Analysis (%): C 0.09, Mn 0.4, Si 0.10, Ni 0.4, Cr 0.021, Mo 0.31
  • Deposition Data:
    • 3.2 × 350 mm: 65‑120 A, 30 V, 62 % efficiency, 86 s per electrode, 0.68 kg/h
    • 4.0 × 350 mm: 90‑180 A, 29 V, 68 % efficiency, 84 s per electrode, 1.15 kg/h

Applications

  • Welding of high‑strength pipelines (API 5LX, X60‑X70)
  • Vertical‑down pipe welding
  • General low‑alloy steel construction welding

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Specifications

C Percent0.09
Alloy TypeLow alloyed (0.3 % Ni, 0.25 % Mo)
Cr Percent0.021
Mn Percent0.4
Mo Percent0.31
Ni Percent0.4
Si Percent0.1
Coating TypeCellulosic covering
Charpy Impact J40
ClassificationsSFA/AWS A5.5 : E8010-P1; EN ISO 2560-A : E 46 2 Z C 21
Welding CurrentDC+
Elongation Percent23
Yield Strength Mpa530
Tensile Strength Mpa620
Charpy Testing Temp C-30
Deposition 3 2mm Amps65-120 A
Deposition 4 0mm Amps90-180 A
Deposition 3 2mm Volts30 V
Deposition 4 0mm Volts29 V
Deposition 3 2mm Length Mm350
Deposition 4 0mm Length Mm350
Deposition 3 2mm Diameter Mm3.2
Deposition 4 0mm Diameter Mm4
Deposition 3 2mm Rate Kg Per H0.68
Deposition 4 0mm Rate Kg Per H1.15
Deposition 3 2mm Fusion Time Sec86
Deposition 4 0mm Fusion Time Sec84
Deposition 3 2mm Efficiency Percent62
Deposition 4 0mm Efficiency Percent68

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