BLUME® ENiCrFe-1

✅ Optimized for nickel-chromium-iron alloy welding
✅ Low-hydrogen flux coating – reduces cracking and porosity
✅ Stable arc with minimal spatter – precise weld control
✅ Effortless slag removal – clean, efficient post-weld cleanup
✅ Bright, uniform bead appearance – professional-grade finish
✅ High deposition efficiency – maximizes productivity

✔ Welding nickel-chromium-iron alloy components
✔ Power plants and boilers
✔ Chemical processing equipment
✔ Industrial piping, tanks, and heat exchangers
✔ Maintenance and repair of high-temperature alloy equipment
✔ Applications requiring corrosion and heat resistance

BLUME® ENiCrFe-1 Datasheet

Q: What metals can BLUME® ENiCrFe-1 weld?
A: Designed for nickel-chromium-iron alloys, suitable for nickel-chromium-iron-to-nickel or nickel-chromium-iron-to-stainless steel joints.

Q: Can it be used in all welding positions?
A: Yes. Works reliably in flat, horizontal, vertical, and overhead positions.

Q: How does BLUME® ENiCrFe-1 differ from standard electrodes?
A: Offers ultra-low hydrogen flux, optimized nickel-chromium-iron composition, and superior corrosion and heat resistance, producing cleaner, stronger, longer-lasting welds.

Q: How should it be stored?
A: Store in a dry oven at 250°F (120°C). If moisture exposure occurs, rebake at 650°F (340°C) for 1 hour before use.

Q: Is it suitable for critical or code-compliant projects?
A: Yes. BLUME® ENiCrFe-1 meets AWS and ASME standards, perfect for industrial, chemical, and high-temperature nickel-chromium-iron applications.