This 2500 ton, half block long extrusion press is a feature of the new DuPont Metals Center at Baltimore, where commercial production of mill products of columbium metal and alloys recently got underway. The big press has unique heating and...
Laser assisted machining is one of several advanced techniques being explored at the General Electric Research and Development Center in Schenectady, N.Y. to improve productivity and lower costs in the metalworking industry. In their experiments,...
Two Bessemer converters in blow, A slag car is located under the converter, The chute above the converter is to add scrap to cool down a hot heat or to add alloys or appropriate additions
At the new DuPont Metals Center in Baltimore this 2,000 ton high speed forge press and argon muffle furnace provide for rapid forging of refractory metals. Billets can be heated to 2500 degrees Fahrenheit and contamination is minimized by the in...
At the new DuPont Metals Center in Baltimore this 2,000 ton high speed forge press and argon muffle furnace provide for rapid forging of refractory metals. Billets can be heated to 2500 degrees Fahrenheit and contamination is minimized by the in...
At the new DuPont Metals Center in Baltimore this 2,000 ton high speed forge press and argon muffle furnace provide for rapid forging of refractory metals. Billets can be heated to 2500 degrees Fahrenheit and contamination is minimized by the in...
Control panel for the high speed, 2500 ton extrusion press at the new DuPont Metals Center at Baltimore. The press extrudes refractory metal into tubing and other shapes used by fabricators. Columbium and columbium alloys produced at Baltimore are...
Image of 2500 ton extrusion press at the new DuPont Metals Center at Baltimore. The press extrudes refractory metal into tubing and other shapes used by fabricators. Columbium and columbium alloys produced at Baltimore are used in a variety of...
Tensile strength machine in the titanium metals area at DuPont's new Pigments Sales Service Laboratory. Machine tests strength and ductility of metals and alloys at temperatures up to 1800 degrees Fahrenheit. Furnace at right provides heat. The...
The flame of an acetylene torch is shot through a tube of TD nickel, a new alloy, in a demonstration of the metal's stability at high temperatures. The new metal, produced at the DuPont Metals Center in Baltimore, is designed for use in space...
A graphic demonstration of the high temperature strength of TD nickel, DuPont's new alloy of 98% nickel and 2% thorium. The TD nickel bar reaches red heat, but does not fail at 2,100 degrees Fahrenheit under a load of 6,000 pounds per square inch....
A graphic demonstration of the high temperature strength of TD nickel, DuPont's new alloy of 98% nickel and 2% thorium. The TD nickel bar reaches red heat, but does not fail at 2,100 degrees Fahrenheit under a load of 6,000 pounds per square inch....
The rolling mill at DuPont's new Metal Center at Baltimore is equipped for hot breakdown rolling and hot working with either two high or four high rolls. It is designed to withstand a 5,000,000 pound separating force to cold reduce a wide variety...
Developed especially for the purpose and backed by continuous mill experience since 1941, the DuPont Sodium Hydride Descaling Process is essentially a chemically activated fused caustic soda cleaning bath. Advantages over conventional pickling and...
Developed especially for the purpose and backed by continuous mill experience since 1941, the DuPont Sodium Hydride Descaling Process is essentially a chemically activated fused caustic soda cleaning bath. Advantages over conventional pickling and...
Developed especially for the purpose and backed by continuous mill experience since 1941, the DuPont Sodium Hydride Descaling Process is essentially a chemically activated fused caustic soda cleaning bath. Advantages over conventional pickling and...
Developed especially for the purpose and backed by continuous mill experience since 1941, the DuPont Sodium Hydride Descaling Process is essentially a chemically activated fused caustic soda cleaning bath. Advantages over conventional pickling and...
Developed especially for the purpose and backed by continuous mill experience since 1941, the DuPont Sodium Hydride Descaling Process is essentially a chemically activated fused caustic soda cleaning bath. Advantages over conventional pickling and...
Developed especially for the purpose and backed by continuous mill experience since 1941, the DuPont Sodium Hydride Descaling Process is essentially a chemically activated fused caustic soda cleaning bath. Advantages over conventional pickling and...
Developed especially for the purpose and backed by continuous mill experience since 1941, the DuPont Sodium Hydride Descaling Process is essentially a chemically activated fused caustic soda cleaning bath. Advantages over conventional pickling and...
