Nickel Alloy TIG Rods
BLUME® ERNiCu-7 (TIG)
BLUME® ERNiCu-7 (TIG)
Specification: ASME SFA/AWS A5.14 ERNiCu-7
Premium Nickel-Copper TIG Rods for Superior Corrosion Resistance
Engineered for high-performance welding in aggressive and corrosive environments, BLUME® ERNiCu-7 TIG Rods deliver exceptional weld quality, smooth arc, and superior mechanical strength. Designed for critical applications where both nickel and copper corrosion resistance is required, these rods provide professional-grade reliability for demanding industries.
BLUME® ERNiCu-7 vs Standard ERNiCu-7

Key Features
Key Features
✅ Nickel-Copper Alloy – Outstanding resistance to corrosive chemicals and saltwater
✅ Stable Arc Performance – Smooth, controllable TIG welding
✅ Excellent Mechanical Properties – High toughness and ductility to prevent cracking
✅ Clean, Low-Spatter Welds – Minimal post-weld cleanup
✅ AWS A5.11 / ASME SFA 5.11 ERNiCu-7 Compliant
✅ Strict Quality Control – Consistent performance across batches
Recommended Application
Recommended Application
✔ Chemical and petrochemical processing equipment
✔ Marine structures and offshore applications
✔ Heat exchangers, condensers, and evaporators
✔ Power generation and desalination plants
✔ Piping and tanks exposed to corrosive environments
✔ General fabrication requiring high corrosion resistance
Product Data Sheet
Product Data Sheet
FAQ
FAQ
Q: Why choose BLUME® ERNiCu-7 TIG Rods?
A: They combine nickel and copper for outstanding corrosion resistance and provide smooth, precise TIG welding with high mechanical performance.
Q: What shielding gas is recommended?
A: 100% Argon ensures optimal TIG welding results.
Q: Can these rods be used in marine environments?
A: Yes. Nickel-copper composition offers excellent resistance to saltwater corrosion.
Q: Are they suitable for automated TIG welding?
A: Absolutely. Consistent feedability and smooth arc make them ideal for automated and manual welding.
Q: Can they handle high-temperature applications?
A: Yes. They maintain strength, toughness, and corrosion resistance under elevated temperatures.