ELECTRODE CIGWELD OK NIFE-CI 3.2MM (0.7KG/PACK)
Volume Discounts for ABN / Account holders -
CIGWELD OK NiFe-CI-A (ENiFe-CI-A) Hardfacing Electrode
Superior Nickel-Iron Electrode for Tough Cast Iron Repair & Joining
The OK NiFe-CI-A is a nickel-iron cored SMAW electrode engineered for welding and repairing normal grades of cast iron—including grey, ductile, and malleable types—as well as for securely joining cast iron to steel. It features a specially designed iron-jacketed nickel core that dramatically enhances current carrying capacity over homogeneous nickel rods. The result is a weld deposit stronger and far more resistant to solidification cracking than traditional pure nickel electrodes.
Key Benefits
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Versatile cast iron repair
Ideal for on-the-fly fixes to pump bodies, heavy machinery, gear teeth, flanges, pulleys, and more. Compatible with cold or slightly preheated cast iron substrates. -
Superior weld strength
Provides robust welds that resist solidification cracks—outperforming pure nickel types on durability and mechanical integrity. -
Robust current capacity
Thanks to the iron-jacketed nickel core, these electrodes handle higher currents with improved deposition rates.
Specifications
| Characteristic | Details |
|---|---|
| Standards | AWS A5.15: ENiFe-CI-A / EN ISO 1071: E C NiFe-CI-A |
| Polarity & Welding Current | AC and DCEP (DC+) with OCV ≥ 45 V |
| Typical Mechanical Properties (As-Welded) | Yield Strength: 380 MPa Tensile Strength: 560 MPa |
| Typical Composition (Weld Metal) | C 0.9%, Mn 0.6%, Si 0.5%, Ni 53%, Al 0.4%, Cu 0.9%, Fe 44% |
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Deposition Data (3.2 mm x 350 mm)
– Welding Current: 80–150 A
– Voltage: 23 V
– Efficiency: ~70%
– Deposition Rate: ~1.2 kg/h
Best Applications
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Repairing cast iron components like pump housings, machinery housings, gear sets, flanges, and structural parts.
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Welding cast iron to steel in maintenance, fabrication, and restoration settings.
Why Choose OK NiFe-CI-A?
This electrode offers unmatched performance in cast iron welding and repair. Its nickel-iron composition minimizes cracking risk, enhances weld toughness, and improves handling of higher currents—making it a trusted solution when quality and reliability count.