Mild Steel Stick Electrodes
BLUME® E7016
BLUME® E7016
Specification: ASME SFA/AWS A5.1 E7016
Smooth Arc, Superior Weld Integrity
When precision, strength, and reliability matter, BLUME® E7016 Stick Electrode is the welder’s trusted choice. Designed with low hydrogen coating technology, it delivers exceptional arc stability, smooth bead appearance, and excellent mechanical properties, even in the most demanding environments.
Perfect for structural steelwork, pipelines, pressure vessels, and machinery fabrication, BLUME® E7016 ensures consistent, crack-free welds and outstanding toughness in all positions.
BLUME® E7016 vs Standard E7016

Key Features
Key Features
✅ Low hydrogen formulation – minimizes risk of hydrogen-induced cracking
✅ Smooth, stable arc performance with easy control
✅ Excellent mechanical strength and ductility for critical structures
✅ Superior slag detachability for faster cleanup
✅ Outstanding all-position weldability (including vertical and overhead)
✅ Moisture-resistant coating for consistent arc starts
✅ Precision manufacturing by BLUME® ensures consistency, spool to spool
Recommended Application
Recommended Application
✔ Structural and heavy steel fabrication
✔ Bridges, buildings, and offshore structures
✔ Pressure vessels and boilers
✔ Pipelines and shipbuilding
✔ Industrial maintenance and repair welding
✔ Power plants and construction equipment
Product Data Sheet
Product Data Sheet
FAQ
FAQ
Q: What makes BLUME® E7016 different from regular E7016 electrodes?
A: BLUME® E7016 is formulated with enhanced low-hydrogen coating and precise arc chemistry, giving you cleaner welds, better slag removal, and superior strength.
Q: Can I use it in all welding positions?
A: Yes – BLUME® E7016 performs exceptionally well in flat, horizontal, vertical, and overhead positions.
Q: Is it suitable for structural applications?
A: Absolutely. It’s specifically engineered for high-strength structural and pressure-retaining welds, meeting stringent mechanical standards.
Q: Does BLUME® E7016 need special storage?
A: Like all low-hydrogen electrodes, it performs best when stored in dry, temperature-controlled conditions or kept in a rod oven before use.