Allegheny High Perf Alloys
Allegheny High Perf Alloys
Allegheny High Perf Alloys
1854 Steel Company organized to operate the Pompton Furnace 1901 Incorporation 1944 High-tempera-
1993 Acquisition of
ture alloy for aircraft turbines developed, major contribution to the war effort and future space travel
1955 Allegheny
Jessop Steel makes Allegheny Ludlum a fully integrated producer of specialty steel plate products
1996 Allegheny
Allegheny Steel Company and Ludlum Steel Company creates Allegheny Ludlum Steel Corporation
Ludlum first commercialized superalloys melted by a consumable electrode vacuum remelting process
Ludlum and Teledyne combine and become Allegheny Teledyne Incorporated. The specialty metals group includes Allegheny
Titanium-Based Alloys
Proven to have the lowest life cycle cost in many applications, titanium complements our stainless steel and nickel-based products, and allows us to offer our customers more material options. By acquiring Oremet Metallurgical Corporation in 1998, Allegheny Ludlums parent company, Allegheny Technologies Incorporated, significantly increased its melting capacity and options for titanium. Today, Allegheny Ludlum applies an extensive range of technology and business management resources to manufacturing titanium, and is positioned to provide you with competitive lead times and on-time delivery performance.
Our electron-beam furnace in Richland, WA is the largest in the U.S. Its able to process up to 8,000 pounds per hour. The induction furnaces at Allegheny Ludlums Houston, PA plant are uniquely capable of reheating titanium slabs and other specialty alloys prior to hot rolling on the Steckel mill. Allegheny Ludlum titanium bands are precision cold-rolled on a Sendzimir mill.
1998 Allegheny
1999 Allegheny
Teledyne completes asset sale and longterm conversion agreement with Bethlehem Steel Corporation, adding to Allegheny Ludlum melt capacity and the ability to produce wide sheet & plate products
Technologies Incorporated is formed consisting of Allegheny Ludlum, Allvac, Oremet-Wah Chang, Titanium Industries, Rome Metals, Metalworking Products, Casting Service, and Portland Forge
1999 Allegheny
Technologies acquires assets of Lukens Washington Steel Division from Bethlehem Steel Corp. further enhancing finishing capacity for sheet and strip
Allegheny Technologies is a fully-integrated titanium producer that produces titanium from sponge at Wah Chang, and manufactures flat-rolled titanium products through Allegheny Ludlum, and long titanium products through its Allvac operation. Allegheny Technologies has facilities to Vacuum Arc Remelt (VAR), Electron-Beam Cold Hearth Refine (EBCHR) and Plasma Arc Melt (PAM) titanium ingots, slabs and electrodes. These melting options allow flexibility in processing raw materials, leading to higher yields, reduced lead times and lower processing costs.
FGD duct work Continuous slab caster in Brackenridge, PA Auger microscope for exacting microscopy Hot rolling on the strip mill, Brackenridge, PA
Grade 1 UNS-R50250 DIN 3.7025 Grade 2 UNS-R50400 DIN 3.7035 Grade 3 UNS-R50550 DIN 3.7055 Grade 4 UNS-R50700 DIN 3.7065 6-4 (Grade 5)* UNS-R56400 DIN 3.7164/5
sa t io nf En ina dv le er we nd un g
C 0.1 max Fe 0.2 max H 0.015 max N 0.03 max O 0.18 max Ti bal C 0.1 max Fe 0.3 max H 0.015 max N 0.03 max O 0.25 max Ti bal C 0.1 max Fe 0.3 max H 0.015 max N 0.05 max O 0.35 max Ti bal C 0.1 max Fe 0.6 max H 0.015 max N 0.05 max O 0.4 max Ti bal Al 6.5 max C 0.08 max Fe 0.3 max H 0.015 max N 0.05 max O 0.2 max Ti bal V 4.0
Blades, discs, rings, airframe, fasteners, components. Vessels, cases, hubs, forgings. Standard, rotor/ premium grades.
6-4 ELI* UNS-R56401 Grade 7 UNS-R52400 DIN 3.7235 Grade 9 UNS-R56320 DIN 3.7195 Grade 11 UNS-R52250 DIN 3.7225 Grade 12 UNS-R53400 DIN 3.7105 Grade 16 UNS-R52402 Grade 17 UNS-R52252 Grade 18 UNS-R56322
Applications requiring excellent fracture toughness and fatigue strength; aircraft, structural components, biomedical. Tubing, heat exchangers, CPI equipment.
Al 6.5 max C 0.08 max Fe 0.25 max H 0.015 max N 0.03 max O 0.13 max Ti bal V 4.0 Ti Grade 2 + 0.2 Pd
Al 3.0 C 0.05 max Fe 0.13 H 0.015 max N 0.01 O 0.1 Ti bal V 2.5 Ti Grade 1 + 0.2 Pd
CPI equipment, condenser tubing, industrial components. CPI equipment, industrial components, plate frame heat exchangers. Tubing, heat exchangers, industrial components.
Nickel-Based Alloys
AL 200/201 UNS-N0220/N02201 DIN (2.4066/2.4068) AL 400 UNS-N04400 DIN (2.4360) AL 600 UNS-N06600 DIN (2.4816) AL 601 UNS-N06601 DIN (2.4851) AL 800/800H/800AT UNS-N08800/N08810/N08811 DIN (1.4876/1.4876 or 1.4958) AL 276 UNS-N10276 DIN (2.4819) AL 22 UNS-N06022 ALTEMP 718 UNS-N07718 DIN (2.4668) ALTEMP 625 UNS-N06625 DIN (2.4856) ALTEMP HX UNS-N06002 DIN (2.4665) AL 36 UNS-K93600 or K93603 AL 42 UNS-K94100 AL 4750 UNS-K94800 or K95000 Moly Permalloy Containers and piping in caustic soda and food processing plants. Ni + trace ASTM B-162 ASME SB-162 AMS 5533 (N02201 only) ASTM B-127 ASME SB-127 AMS 4544 ASTM B-168 ASME SB-168 AMS 5540 ASTM B-168 AMS 5870 ASTM B-409 ASME SB-409 AMS 5871 ASTM B-575 ASME SB-575 ASTM B-575 ASME SB-575 ASTM B-670 AMS 5596 AMS 5597 ASTM B-443 ASME SB-443 AMS 5599 ASTM B-435 ASME SB-435 AMS 5536 ASTM B-753 ASTM F-1684 MIL-I-23011 ASTM F-30 (42) ASTM A-753 ASTM B-753 ASTM A-753 MIL-N-14411
Marine and dilute reducing environments for chemical or refining process equipment, pumps, valves, fittings. Furnace parts, heat treatment fixtures, chemical and food processing and nuclear reactors. Heat treat baskets, muffles, retorts.
Heat exchangers, process piping, heat treat fixtures, furnace parts, and steam. Pollution control, chemical processing, pulp & paper products, waste treatment. Flue-gas desulfurization systems, pulp and paper plants, waste incinerators, sour gas service. Aircraft ducting, engine plumbing.
Cr 20.6 Fe 2.5 Mo 13.9 W 2.65 Cb 5.0 Cr 18.0 Fe 18.5 Mo 3.0 Ni bal Ti 1.0
Jet engine nacelles, engine plumbing, aircraft ducting, recuperators, thrust reversers. Jet engine combustion components, combustion cans, heat treating equipment, annular combustion chambers, belts. Membranes for LNG tankers, cryogenic piping, low expansion alloy for bimetallic strip, mold plates for aircraft structural composite tooling. Lead frames, color TB electron guns, glass-metal and ceramic-metal seals, transistors. Magnetic relay parts, magnetic shielding, pole pieces, specialty motor stators and rotors, electric transformers, magnetic amplifiers. Cores and relay components for high sensitivity ground fault circuit breakers, magnetic shields, and electric transformers.
Fe bal Ni 36.0
*Tempered
Titanium-Based Alloys
En dU se
Ut ili
ASTM B-265 ASME SB-265 ASTM B-265 ASME SB-265 AMS 4902 ASTM B-265 ASME SB-265 AMS 4900 ASTM B-265 AMS 4901 ASTM B-265; ASME SB-265 ASM 4911 MIL-T-9046
ASTM B-265, F-136; ASME B-265 AMS 4907-4 MIL-T-9046 ASTM B-265 ASME SB-265 ASTM B-265 AMS 4943 ASTM B-265
ASTM B-265 ASME SB-265 ASTM B-265 ASTM B-265 ASTM B-265
El on ga t io Al n, lon % ge me De nt, hn % un g, %
0.163 (4.52)
50 (345)
30 (206)
35
Ha rd ne ss Du re t H rt e
120 BHN
0.163 (4.52)
70 (483)
50 (345)
27
160 BHN
0.163 (4.52)
85 (585)
65 (450)
25
200 BHN
0.163 (4.52)
100 (690)
80 (550)
23
250 BHN
0.160 (4.43)
130 (895)
120 (828)
10
35 Rc
0.160 (4.43)
120 (828)
110 (759)
10
30 Rc
0.163 (4.52)
70 (483)
50 (345)
27
160 BHN
0.162 (4.59)
110 (760)
95 (655)
15
25 Rc
0.163 (4.52)
50 (345)
32 (221)
37
120 BHN
0.163 (4.52)
90 (620)
65 (450)
22
180 BHN
27 35 15
0.322 (8.92)
67 (462)/60 (415)
21 (148)/20 (140)
47/45
45 Rb
0.319 (8.84)
80 (550)
40 (275)
40
70 Rb
Japan 81-3-3239-9080 (FAX) 81-3-3239-9021 Korea 82-2-538-3761 (FAX) 82-2-538-3760 Singapore 65-732-8771 (FAX) 65-732-8358 Taiwan 886-2-2922-2265 (FAX) 886-2-2922-2269 United Kingdom 44 (0) 114-272-0081 (FAX) 44 (0) 114-273-1637
0.304 (8.42)
95 (655)
45 (310)
40
80 Rb
0.291 (8.06)
100 (690)
50 (345)
45
85 Rb
0.290 (8.03)
80 (550)/85 (585)
40 (275)/45 (310)
47/45
70 Rb
0.323 (8.95)
120 (825)
60 (415)
55
90 Rb
50 (345) 65 (450)
67 45
87 Rb 95 Rb
www.alleghenyludlum.com www.alleghenytechnologies.com
0.304 (8.42)
135 (930)
70 (485)
45
95 Rb
0.299 (8.28)
110 (760)
55 (380)
50
90 Rb
0.291 (8.05)
67 (462)
38 (261)
32
75 Rb
Typical annealed mechanical properties at room temperature. Hardness values are for information only. For more detailed product information visit our web sites at www.alleghenyludlum.com and www.alleghenytechnologies.com Data are nominal and should not be construed as maximum or minimum values for specification or for final design. Data on any particular piece of material may vary from those shown herein.
28 38 32*
55 Rb 55 Rb 80 Rb*
ALTEMP 286 UNS-S66286 ALLOY 21-6-9 UNS-S21904 DIN (1.4454) AL 825 UNS-N08825 DIN (2.4858) AL-6XN Alloy UNS-N08367 AL 15-5 UNS-S15500 DIN (1.4545) AL 15-7* UNS-S15700 DIN (1.4532) AL 17-4 UNS-S17400 DIN (1.4548) AL 17-7* UNS-S17700 DIN (1.4568) AL29-4C Alloy UNS-S443735 AL 418* (Greek Ascoloy) AL 20/20CB-3 UNS-N08020 DIN (2.4660) AL 904L UNS-N08904 DIN (1.4539) AL 2205 UNS-S31803/S32205 DIN (1.4462) AM350* UNS-S35000 E-Brite Alloy UNS-S44627
Jet engine nacelles (engine pods), jet engine parts and fasteners. Aircraft hydraulic tubing.
Cr 14.0 Fe bal Mo 1.3 Ni 25.0 Ti 2.1 Cr 21.0 Fe bal Mn 6.0 Ni 6.5 No 0.3
Pollution control and radioactive waste equipment, chemical transport and acid production equipment, pickling equipment, oil/gas well piping. Condenser tubing, tanks in pulp & paper industry, CPI heat exchangers, sea water resistant. Valve parts, fasteners, fittings, air frame parts.
C .02 Cr 20.5 Fe bal Mo 6.5 Ni 25.0 N 0.2 Cr 15.5 Cu 3.4 Fe bal Ni 4.3
Welded condenser tubing used in seawater in power generation industry and other applications requiring extreme resistance to chloride ion pitting, crevice corrosion and stress corrosion cracking. Engine braces, turbine exhaust components, exhaust struts, stiffeners, ducts. Flue gas scrubbers, sulphuric acid tanks and racks, process piping, heat exchangers. Home efficiency furnace heat exchangers, pulp & paper processing equipment. Pipe, tubing in general corrosion and chloride stress corrosion environments. Valves, aircraft tubing, bellows, mounts, brackets, ducts.
C 0.19 Cr 12.0 Fe bal Ni 2.0 W 2.5 Cr 20.0 Cu 3.3 Fe 40.0 Mo 2.2 Ni 33.0
Solenoid valves, pressure vessels, coker components, heat exchangers, air preheaters, heat recuperators.
Available in plate, sheet and strip. *Available in sheet and strip only
sa t io nf En ina dv le er we nd un g
Specialty Steels
En dU se
Ut ili
AMS 5525 AMS 5858 (welding quality) ASTM A-666 AMS 5595 ASTM B-424 AMS SB-424 ASTM B-688 ASME SB-688 ASTM A-693 ASME SA-693 AMS 5862 ASTM A-693 ASME SA-693 AMS 5520 ASTM A-693 ASME SA-693 AMS 5604 ASTM A-693 ASME SA-693 AMS 5528 AMS 5529 (cold rolled temper) ASTM A-240
AMS 5508 ASTM B-463 ASME SB-463 ASTM B-625 ASME SB-625 ASTM A-240 ASME SA-240 ASTM A-693 ASME SA-693 AMS 5548 ASTM A-240 ASME SA-240
El on ga t io Al n, lon % ge me De nt, hn % un g, %
50 (345) 65 (450)
40 45
Ha rd ne ss Du re t H rt e
85 Rb 95 Rb
0.294 (8.14)
100 (690)
50 (345)
40
85 Rb
45 10
90 Rb 33 Rc
0.282 (7.81)
130 (900)
55 (380)
30
88 Rb
0.280 (7.76)
150 (1030)
110 (760)
33 Rc
0.282 (7.81)
120 (830)
50 (345)
35
85 Rb
0.277 (7.67)
95 (655)
75 (520)
22
90 Rb
15 38
25 Rc 85 Rb
0.287 (7.95)
90 (620)
50 (345)
40
80 Rb
0.285 (7.90)
125 (860)
90 (620)
30
22 Rc
0.282 (7.81)
170 (1175)
70 (485)
30
100 Rb
0.280 (7.76)
80 (550)
60 (415)
25
83 Rb
Typical annealed mechanical properties at room temperature. Hardness values are for information only. For more detailed product information visit our web sites at www.alleghenyludlum.com and www.alleghenytechnologies.com Data are nominal and should not be construed as maximum or minimum values for specification or for final design. Data on any particular piece of material may vary from those shown herein.
www.alleghenyludlum.com www.alleghenytechnologies.com
Allegheny Technologies is one of the most diversified specialty metals companies in the world. Products serve growing global markets. These metals possess desirable properties, such as corrosion- and heat-resistance, hardness and malleability. They are used to make products for a broad range of industries including aerospace, oil and gas, automotive, food, chemical processing, transportation, consumer products, power generation, and medical. Allegheny Technologies makes a wide range of stainless steels and other specialty alloys, including nickel- and cobaltbased superalloys, titanium and its alloys, and zirconium, hafnium, vanadium, niobium, and tantalum and their alloys. Metals are produced as flat-products in plate, sheet, strip, Precision Rolled Strip products and foil and as long products in ingot, billet, bar, coil and wire. Allegheny Technologies
COMPANY
DESCRIPTION
Allegheny Ludlum
Manufactures high performance alloys including stainless steel, nickel-based alloys, titanium and titanium-based alloys. The company also produces grain-oriented silicon electrical steel products and tool steel plate. It produces a broad selection of grades, sizes and finishes designed to meet international specifications and provides technical support for material selection.
800-258-3586 412-252-3150 800-289-7528 724-229-3710 800-777-2822 724-845-0440 800-225-8104 508-996-5691 800-521-2696 724-229-3759 800-289-7454 724-845-0257
Stainless Steel, High Tech Alloy and Titanium Sheet Stainless Steel, High Tech Alloy and Titanium Plate, Mill Plate and Continuous Mill Plate Stainless Steel and High Tech Alloy Standard Strip and Foil Stainless Steel, High Tech Alloy and Titanium as Precision Rolled Strip Products and Foil Tool Steels
Allvac
Manufactures high performance alloys including nickel-, cobalt-, titanium-, and iron-based alloys and specialty steels. Product forms include ingots, forging billet, extrusion billet, round forging bar, round machining bar, custom rolled shapes, rod, redraw stocks, drawn coil and drawn rod. Manufactures high performance alloys including pure and alloyed zirconium, vanadium, titanium, niobium and hafnium alloys. Product forms include ingot, slab, billet, bar, rod, tube, pipe, wire, sheet, strip, foil, forgings, castings, sponge and powder.
800-841-5491 704-289-4511
Wah Chang
888-926-4211 541-967-9000