CLEVELAND, Ohio – December 9, 2010 – AT&F Steel (https://www.atfco.com/), a recognized world leader in welding and fabrication process integration, has opened the doors of its newest state-of-the-art welding center in Cleveland, Ohio. The multi-million dollar Hybrid Laser Arc Welding (HLAW) facility is the largest in the United States.
CLEVELAND, OH — December 1, 2010 — AT&F Advanced Metals, LLC, a fully-owned subsidiary of Cleveland-based AT&F (American Tank & Fabricating Company), is completing production on the innovative and first of its kind Bench Scale Reactor System developed with AdvanceBio System, LLC of Cincinnati. The system is an advancement in the efforts to make commercial production of ethanol and other biofuels from cellulosic biomass cost-competitive and environmentally sustainable, and supports the advanced biofuels goals of the Energy Independence and Security Act of 2007.
Today's bridge deck designers and structural fabricators are increasingly opting for orthotropic bridge decks because they allow creating stronger, lighter deck assemblies. AT&F produces steel bridge fabrication services and custom fabricated products for a growing array of components for deck sections, including V-shaped rib sections, I-beams, and T-beams. We also supply a variety of other structural components, such as caissons and cofferdams for bridge pier construction. But why choose
AT&F for Fabrication of Structural Steel?
AT&F Nuclear Inc., in coordination with its parent, The American Tank & Fabricating Company (AT&F), begins operations November 30 at its newly built AT&F Nuclear Fabrication Building, 12314 Elmwood Avenue, Cleveland, OH. The 32,000-square-foot building addition will be one of the first 100-ton crane capacity structures built in the United States in decades, representing AT&F's response to the emerging global nuclear new-build market, according to company officials. The facility will be used for the welding and assembly of nuclear components and the clean-environment fabrication of non-safety and safety-related metal components.