Titanium Investment Castings
ATI supplies commercial, military and aerospace OEMs with airframe, launch vehicle, and turbine engine structural components. Specializing in investment cast titanium alloy parts, ATI has developed a fast, reliable process for manufacturing the industry's most, complex, large-scale, near-net-shape castings.
Titanium & Zirconium Rammed Graphite Castings
ATI has the technology, equipment and know-how to cast titanium parts in some of the largest sizes and most complex shapes currently being manufactured for aerospace. ATI's advanced manufacturing capabilities offer OEMs the freedom to design components with intricate geometries, cored passageways, cast-in features and sculpted surfaces.
ATI is a leader in the manufacture of corrosion resistant rammed graphite castings for the chemical processing, oil & gas, aerospace, nuclear & power generation industries.
Rammed graphite castings are used for harsh environments where corrosion resistance is critical. These castings are typically specified for environments such as wet chlorine gas, hydrochloric acid, sulfuric acid, nitric acid, acetic acid, and saltwater.
ATI produces titanium rammed graphite castings from 1lb to 1,300 lbs (.45 to 589.7kg) and zirconium rammed graphite castings up to 1,800 lbs (816.5kg). Rammed graphite castings are used for pollution control, valve sets, pump sets, impellers, marine hardware, oceanographic instrument housings, and defense applications.
Gray & Ductile Iron Castings
ATI is a manufacturer of high-quality gray and ductile iron castings for the wind turbine, land-based gas turbine, railroad, and
machine tool markets. ATI produces high-quality ferrous castings ranging from 500 to 200,000 pounds (226 to 90,720kg), in all grades of ductile and gray iron, at our 550,000 sq. ft. facility in LaPorte, Indiana. Production is up to 3600 tons/month. Our high bay area permits us to mold and pour large castings such as 16-cylinder diesel locomotive engine blocks, automotive stamping dies, printing press parts, and machine tool frames.