
Tackle your toughest structural projects with the Hobart FabCO 811N1 1/16" Flux-Cored Wire. This wire is built for welders who need reliability and ease of use when working out of position. Thanks to its fast-freezing slag formula, you can confidently execute vertical and overhead welds without fighting a runny puddle. The slag supports the molten metal effectively, resulting in a flat, consistent bead profile that requires minimal grinding or rework. Whether you are repairing heavy earthmoving equipment or fabricating structural beams, this wire helps you get the job done right the first time.
The FabCO 811N1 isn't just about playability; it's about performance. The 1% Nickel alloy composition ensures that your welds remain tough and ductile even in freezing temperatures, a common requirement for outdoor infrastructure like bridges and pipelines. You will also appreciate the low spatter levels and easy slag removal, which keep your post-weld cleanup time to a minimum. It runs smoothly on either straight CO2 or an Argon/CO2 blend, giving you the flexibility to use the gas supply you have on hand or optimize for a smoother arc.
This 33 lb spool is designed for industrial durability and consistent feeding. The wire's low hydrogen H4 rating provides peace of mind when welding critical joints, protecting against cracking that can compromise structural integrity. It is also a go-to solution for welding weathering steels in applications where the specific patina color match isn't the primary concern. Upgrade your welding consumables with Hobart's trusted engineering and experience the difference in your heavy fabrication workflows.
| Additional Information |
|---|
| Brand:Hobart |
| Diameter:1.6mm (1/16") |
| Packaging Description:33lb spool |
| Spool Size:33 lb Spool |
| Weld Process:Flux-Cored (FCAW) |
| Position:All Position |
| AWS Spec:E81T1-Ni1CJ-H4 |
| Material Composition:Low Alloy Steel |
| Shielding Gas Requirement:100% CO2, 75% Argon / 25% CO2 |
| Alloy Content:Nominal 1% Nickel |
| Hydrogen Content:H4 (Low Hydrogen) |
| Current Type:DCEP |





