Low Alloy Steel Stick Electrodes
BLUME® E8015-C1
BLUME® E8015-C1
Specification: ASME SFA/AWS A5.5 E8015-C
Superior Strength for Low-Temperature Nickel-Alloy Steel Welding
When welding performance and toughness at low temperatures are mission-critical, BLUME® E8015-C1 Stick Electrode delivers unmatched reliability. Engineered for 1% Nickel low-alloy steels, this low-hydrogen electrode ensures exceptional impact strength, superior crack resistance, and a smooth, stable arc—even in demanding construction and structural fabrication environments.
With a precisely balanced nickel chemistry and sodium-based coating, BLUME® E8015-C1 produces deep penetration, minimal spatter, and a refined bead profile, making it the professional’s choice for applications requiring strength, ductility, and low-temperature performance.
BLUME® E8015-C1 vs Standard E8015-C1

Key Features
Key Features
✅ 1% Nickel formulation – improved toughness in low-temperature service
✅ Low hydrogen coating – prevents cracking and porosity
✅ Smooth, stable arc – allows excellent operator control
✅ Deep penetration – ideal for root passes and thicker joints
✅ High impact strength – ensures ductility at sub-zero temperatures
✅ Uniform metallurgical properties – consistent batch-to-batch quality
Recommended Application
Recommended Application
✔ Offshore and onshore structural fabrication
✔ Low-temperature pressure vessels and storage tanks
✔ Pipeline welding in cold environments
✔ Heavy equipment and construction machinery
✔ Shipbuilding and marine structures
✔ Power generation and energy infrastructure
Product Data Sheet
Product Data Sheet
FAQ
FAQ
Q: What type of base metals is BLUME® E8015-C1 suitable for?
A: It’s designed for welding 1% Nickel low-alloy steels, commonly used in low-temperature pressure vessels, pipelines, and structural steel applications.
Q: Can it be used for vertical and overhead positions?
A: Yes, BLUME® E8015-C1 performs well in all positions, offering excellent control and bead appearance.
Q: How does it compare to BLUME® E8018-C1?
A: E8015-C1 uses a sodium-type coating and provides deeper penetration and faster travel speeds, while E8018-C1 (iron powder type) delivers a smoother arc and higher deposition rates.
Q: Is it suitable for low-temperature impact-tested welds?
A: Absolutely. It maintains high Charpy impact values even at sub-zero service temperatures.
Q: What storage conditions are recommended?
A: Store in a dry, heated environment and rebake at 650°F (340°C) for one hour before use to maintain low hydrogen levels.