S280219-029 - Hobart Fabcor 1100 Metal-Cored Wire 1/16" 33lb

High-Performance Metal-Cored Wire for High-Strength Steels

The Hobart Fabcor 1100 is a premium metal-cored welding wire engineered to meet the demanding requirements of heavy industrial fabrication. With a diameter of 1/16 inch and supplied in a 33-pound spool, this consumable is specifically formulated for joining high-strength, low-alloy (HSLA) steels. It delivers a minimum tensile strength of 110,000 psi, making it the preferred choice for critical applications involving ASTM A514, HY-100, and T1 steels commonly found in crane manufacturing, shipbuilding, and heavy earthmoving equipment.

This wire distinguishes itself through its advanced chemical formulation, which ensures excellent mechanical properties and impact toughness even at low temperatures. A key advantage of the Fabcor 1100 is its low smoke and fume generation compared to traditional flux-cored wires. This feature not only improves operator visibility of the weld puddle but also contributes to a cleaner and safer workshop environment. The wire is designed for use with argon-rich shielding gas mixtures, promoting a stable spray transfer arc with minimal spatter.

Efficiency is a hallmark of metal-cored technology. The Fabcor 1100 combines the high deposition rates of flux-cored wires with the high efficiency of solid wires. Because the core is filled with metallic powders rather than flux, it produces very little slag—typically just small islands of silicon that are easily removed. This characteristic makes it ideal for multi-pass welding operations where inter-pass cleaning time needs to be minimized to maintain productivity.

Fabricators looking for a reliable solution for high-stress structural components will find the Hobart Fabcor 1100 to be an exceptional performer. It provides deep penetration and consistent bead geometry, ensuring that welds meet rigorous quality standards. Whether utilized in automated robotic cells or semi-automatic manual welding, this wire delivers the consistency and strength required for modern industrial manufacturing.