Pictured below is a finished nuclear walkway ready to be shipped to the customer. This walkway will be pushed by hand into place over the reactors. The unit is 100% fabricated from Titanium grade 2 to tight tolerances and designed to be lightweight, high strength and corrosion resistant. We have fabricated multiple walkways and other components for the nuclear industry over the years. Because of our long history in the nuclear industry and decades of working with titanium and other corrosion resistant metals, our AT&F Advanced Metals facility is the go-to source for fabrications such as this unique walkway. AT&F Advanced Metals is set up to work exclusively with specialty metals such as Titanium and is ready to take on your next corrosion resistant project.
For more than 70 years, AT&F has been providing custom steel components to heavy industrial, energy and defense industries with a focus on exceeding customer expectations. Our extensive heavy fabricating capabilities, including long forming, laser and plasma cutting, robotic contour beveling, heavy rolling and welding capabilities are all an answer to our customer’s needs and influence industry.
CLEVELAND , Ohio – December 10, 2010 – AT&F (www.atfco.com) will be exhibiting its extensive contributions to the future of the power generation industry at Power Gen 2010, December 14 -16 in Orlando, FL. AT&F’s manufacturing divisions, AT&F Steel, AT&F Nuclear and AT&F Advanced Metals, as well as AMTANK Armor, will be present to highlight their individual expert services at Booth 1765.
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.