
Upgrade your welding operations with the Hobart FabCOR Edge D2 .052" Metal-Cored Wire, a top-tier consumable engineered for the fabrication of heavy equipment, pressure vessels, and transportation components. This wire carries the AWS classification E90C-D2, indicating a low-alloy steel composition reinforced with Molybdenum. This specific alloy content provides the weld deposit with elevated tensile strength and improved high-temperature service properties compared to standard mild steel wires.
The "Edge" in the product name signifies Hobart's advanced manufacturing technology, which ensures consistent wire feeding and arc performance. Welders will appreciate the incredibly stable arc and the fluid puddle control, which makes achieving high-quality welds easier, even in demanding joints. The wire is designed to minimize silicon island formation, leaving a clean weld surface that is often ready for painting or coating with little to no preparation. This characteristic is particularly valuable in high-production environments where downtime for slag chipping or spatter removal impacts the bottom line.
Packaged in a standard 50lb spool, this product fits most industrial wire feeders. It is versatile enough for both single-pass fillets and complex multi-pass groove welds. By utilizing high-argon shielding gas mixtures, the FabCOR Edge D2 maximizes arc energy and penetration while maintaining a smooth spray transfer mode. For shops fabricating structural pipe, earthmoving machinery, or high-pressure containers, this wire offers the perfect balance of speed, strength, and weldability.
| Additional Information |
|---|
| Brand:Hobart |
| Diameter:0.052 in |
| Packaging Description:50lb spool |
| Weld Process:Metal-Cored (MCAW) |
| Spool Size:50 lb Spool |
| Polarity:DCEP |
| AWS Classification:E90C-D2 |
| Material Composition:Low Alloy Steel, 0.5% Molybdenum |
| Shielding Gas Requirement:75-95% Argon / Balance CO2, 95-98% Argon / Balance Oxygen |
| Tensile Strength:90,000 psi (Typical) |
| Welding Position:Flat, Horizontal |





