Oct 21, 2026
Hobart to Showcase Filler Metals at FABTECH 2026
Originally published on
TROY, Ohio. October 21, 2026 — Hobart has announced that it will attend FABTECH 2026, taking place Oct. 21–23 at the Las Vegas Convention Center. Attendees can experience the latest technologies firsthand at booth #S29043. Alongside Miller Electric Mfg. Bernard and Tregaskiss, they will showcase their latest welding, automation, and safety solutions.
This year’s lineup gives fabricators the opportunity to explore technologies built for the challenges of today’s welding environments.
“With the challenges fabricators face today, there isn’t a one-size-fits-all solution,” says Dave Lambert, group president. “What we’re bringing to FABTECH gives customers more options to find the right solutions for their operation.”
Hobart welding engineers and filler metal specialists will be available to discuss the applications and benefits of the company’s solid, metal-cored and flux-cored wires, as well as aluminum products. They will also be able to answer technical and product questions from booth visitors.
Fabshield FE80 and FE81: The latest additions to the Fabshield filler metal portfolio are designed to deliver dependable welding performance for demanding applications. Fabshield FE80 is designed for flat and horizontal welding, making it ideal for column splice and moment connections. Fabshield FE81 delivers the same performance to all-position welding, providing the control required for moment and truss connections. These wires deliver the speed you wish for and the weldability you need.
Hobart SubCOR Wire: Engineered to maximize productivity in submerged arc welding applications, SubCOR metal-cored wires help fabricators achieve higher deposition rates and faster travel speeds while maintaining dependable welding performance. SubCOR92-S is a low-alloy wire designed for high-strength applications. SubCOREM13K-S MOD is formulated to maintain excellent mechanical properties at high heat inputs, without sacrificing weld strength or toughness.