Powder Alloy
1.2709 (MS1)
1.2709 (MS1) is a maraging steel powder for additive manufacturing, with ultra-high strength after age hardening for tooling and aerospace parts.
SPECIFICATION
ASTM A646 / AMS 6514 / 1.2709
18
4.8
8.5
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Powder Alloy
17-4PH
17-4PH is a precipitation-hardening stainless steel powder with high strength and good corrosion resistance for additively manufactured parts.
SPECIFICATION
UNS S17400
4
16.5
Powder Alloy
230
230 is a nickel-base superalloy powder with outstanding oxidation resistance for additively manufactured combustion hardware up to 1149°C.
SPECIFICATION
UNS N06230
50
22
2
14
Powder Alloy
282
282 is a gamma prime strengthened nickel-base superalloy powder with high creep strength and strong fabricability for additive manufacturing.
SPECIFICATION
50
20
8.5
10
Powder Alloy
316L
316L is a low-carbon austenitic stainless steel powder with excellent corrosion resistance for additively manufactured industrial and marine hardware.
SPECIFICATION
ASTM A276 / (DIN EN 10088) 1.4404
12
17
2.5
Powder Alloy
415 SS
415 SS is a martensitic stainless steel powder with good strength and wear resistance for additively manufactured valve bodies and industrial parts.
SPECIFICATION
ASTM F3056 / ASTM B446 / AISI 415
4.5
12.5
0.8
Powder Alloy
625LFe
625LFe is an iron-bearing alloy 625 variant for additive manufacturing, offering corrosion resistance and strength for industrial components.
SPECIFICATION
50
22
9
Powder Alloy
625 XP
625 XP is a weldable nickel-base superalloy powder for high-strength, corrosion-resistant parts up to 1093°C (2000°F).
SPECIFICATION
AMS 7001 / 2.4856 / UNS N06625
50
22
9
0
0
0
0
Powder Alloy
718 XP
718 XP is a weldable nickel-base superalloy powder for high-strength, fatigue- and creep-resistant parts up to 704°C (1300°F).
SPECIFICATION
ASTM F3055 / ASTM B637 / AMS 7006
52.5
19
3
0
0
0
0
Powder Alloy
939
939 is a nickel-base superalloy powder for additive manufacturing of industrial gas turbine vanes and blades requiring hot corrosion resistance.
SPECIFICATION
50
22.5
1
1.4
19
Cast Alloy
AM1
AM1 is a first-generation single crystal nickel-base superalloy for high-pressure turbine blades up to approximately 1050°C.
SPECIFICATION
50
8
2
6
8
6
Cast Alloy
B-1900
B-1900 is a precipitation-hardened nickel-base superalloy for conventionally cast turbine airfoils up to approximately 980°C.
SPECIFICATION
AMS 5405
50
8
6
4
10
Cast Alloy
B-1900 + Hf
B-1900 + Hf is a hafnium-modified cast superalloy with improved oxidation resistance and ductility for turbine blades and vanes.
SPECIFICATION
50
8
6
4
1.5
10
Cast Alloy
C1023
C1023 is a nickel-base superalloy qualified for cast aero-engine turbine blades and vanes with reliable high-temperature strength.
SPECIFICATION
50
15.5
8.5
10
Cast Alloy
C263
C263 is a precipitation-hardened nickel-base alloy for combustion hardware, transition ducts, and turbine casings up to 850°C.
SPECIFICATION
50
20
6
20
Cast Alloy
Co 21
Co 21 is a solid-solution cobalt-base superalloy for gas turbine nozzle vanes and combustion components requiring hot corrosion resistance.
SPECIFICATION
AMS 5385
3
27
5
50
Cast Alloy
Co 25; L-605
L-605 is a cobalt-base superalloy for turbine vanes, combustion liners, and afterburner components with good oxidation resistance.
SPECIFICATION
10
20
15
50
Cast Alloy
ECY 768
ECY 768 is a cast cobalt-base superalloy for first-stage gas turbine nozzle vanes with solid-solution strengthening and corrosion resistance.
SPECIFICATION
10
23
7
3.5
50
Cast Alloy
FSX-414 (VAC)
FSX-414 is a cast cobalt-base superalloy for gas turbine nozzle vanes and combustion components with strong hot corrosion resistance.
SPECIFICATION
10
29
7.5
50
Cast Alloy
GMR 235
GMR 235 is a nickel-base cast superalloy for turbine vane and nozzle applications in jet and industrial gas turbine engines.
SPECIFICATION
50
15.5
5.3
Cast Alloy
GTD 111
GTD 111 is a nickel-base superalloy developed by GE for equiaxed and DS turbine blades in advanced industrial gas turbines.
SPECIFICATION
50
14
1.5
3.7
3
9.4
Powder Alloy
HS31-X40
HS31-X40 is a cobalt-base superalloy powder for additively manufactured turbine nozzle vanes and hot-section hardware with hot corrosion resistance.
SPECIFICATION
10.5
22
7.5
50
Cast Alloy
IN 100
SeAH IN 100 is a low-density, precipitation-hardenable superalloy for conventionally cast components up to 980°C.
SPECIFICATION
AMS 5397
50
10
3
15
Cast Alloy
IN 625
IN 625 is a weldable nickel-base superalloy used for conventionally cast structural components up to 980°C.
SPECIFICATION
AMS 5401
50
21.5
9
Cast Alloy
IN 713C
SeAH IN 713C is a precipitation-hardened superalloy for conventionally cast, solid low-pressure turbine airfoils operating at 790 to 870°C.
SPECIFICATION
AMS 5391
50
12.5
4.2
Cast Alloy
IN 713 LC
IN 713 LC is a low-carbon nickel-base cast superalloy for turbine airfoils with improved weldability and elevated-temperature strength.
SPECIFICATION
AMS 5377
50
12
4.5
Cast Alloy
IN 718
IN 718 is a weldable nickel-base superalloy used for conventionally cast structural components up to 650°C.
SPECIFICATION
AMS 5383
52.5
19
3
Cast Alloy
IN 738C
IN 738C is a precipitation-hardened nickel-base superalloy with good hot corrosion resistance for industrial gas turbine blades and vanes.
SPECIFICATION
50
16
1.75
2.6
1.75
8.5
Cast Alloy
IN 738 LC
IN 738 LC is a nickel-base superalloy for cast turbine blades and vanes, with enhanced hot corrosion resistance and weldability up to 980°C.
SPECIFICATION
AMS 5410
50
16
1.7
2.5
1.7
8.4
Cast Alloy
IN 792 + Hf
IN 792 + Hf is a hafnium-modified nickel-base superalloy with enhanced ductility and oxidation resistance for DS and cast turbine blades.
SPECIFICATION
50
12.2
2
3.8
4
0.6
9
Cast Alloy
IN 939
IN 939 is a nickel-base superalloy for industrial gas turbine vanes and blades requiring hot corrosion resistance at high temperatures.
SPECIFICATION
50
22.4
1.6
1.4
19
Powder Alloy
M300
M300 is an age-hardenable maraging steel powder for additively manufactured high-performance tooling, structural brackets, and aerospace components.
SPECIFICATION
ASTM A646 / AMS 6514
18
4.8
8.5
Cast Alloy
MAR M 002
MAR M 002 is a directionally solidified nickel-base superalloy with high creep strength and oxidation resistance for DS turbine blades.
SPECIFICATION
50
9
10
2.6
1.5
10
Cast Alloy
MAR M 004
MAR M 004 is a nickel-base cast superalloy for turbine blades and vanes with balanced creep strength and oxidation resistance.
SPECIFICATION
50
12
4.5
1.3
Cast Alloy
MAR M 200 + Hf
MAR M 200 + Hf is a hafnium-modified DS alloy based on MAR M 200 with improved grain boundary ductility for DS turbine blades.
SPECIFICATION
50
9
12
2
10
Cast Alloy
MAR M 246
MAR M 246 is a nickel-base cast superalloy for aerospace turbine blades and vanes requiring high creep strength and hot-section durability.
SPECIFICATION
50
9
2.5
10
1.5
10
Cast Alloy
Mar M 247
MAR M 247 is a high creep strength alloy used in conventionally cast gas turbine blades, vanes, and structural components from 980°C to 1010°C.
SPECIFICATION
50
8
0.6
10
3
1.5
10
Powder Alloy
Mar M 247
Mar M 247 is a nickel-base superalloy powder for additively manufactured turbine blades and vanes with high creep and oxidation resistance to 1010°C.
SPECIFICATION
50
8
9.5
9
Cast Alloy
MAR M 509
MAR M 509 is a cast cobalt-base superalloy for turbine nozzle vanes and hot-section components with long-duration oxidation resistance.
SPECIFICATION
10
23.5
7
3.5
50
Cast Alloy
MM247LC (René 108)
R108 alloy (aka 247LC) is a modified chemistry of MAR M 247 alloy, developed for improved castability during directional solidification (DS).
SPECIFICATION
50
8
0.5
10
3.2
1.4
9
Cast Alloy
Ni X
Ni X is a solid-solution strengthened nickel-base superalloy for turbine discs, shafts, and industrial hardware in high-temperature environments.
SPECIFICATION
AMS 5390
50
22
9
0.6
1.5
Powder Alloy
NiX XP
NiX XP is a non-magnetic, nickel-base superalloy powder for high-strength, heat- and corrosion-resistant parts up to 1204°C (2200°F).
SPECIFICATION
AMS 7008
50
22
9
0.7
0
0
1.5
Cast Alloy
PWA 1480
PWA 1480 is a first-generation single crystal nickel-base superalloy developed by Pratt and Whitney for high-pressure turbine blades.
SPECIFICATION
50
10
4
12
5
Cast Alloy
PWA 1484
PWA 1484 is a second-generation rhenium-bearing single crystal nickel-base superalloy for high-pressure turbine blades.
SPECIFICATION
50
5
1.9
5.9
8.7
0.1
3
10
Cast Alloy
René 125
René 125 is a nickel-base cast superalloy with good creep and oxidation resistance for first-stage turbine vanes and blades.
SPECIFICATION
50
9
2
7
3.8
1.5
10
Cast Alloy
René 220
René 220 is a nickel-base cast superalloy for later-stage turbine blades and vanes requiring hot corrosion resistance.
SPECIFICATION
50
18
3
3
12
Cast Alloy
René 41
René 41 is a precipitation-hardened nickel-base superalloy with excellent strength and oxidation resistance to 870°C for aerospace hardware.
SPECIFICATION
AMS 5399
50
19
9.8
11
Cast Alloy
René 77
René 77 is a precipitation-hardened nickel-base cast superalloy for turbine blades and vanes with balanced creep strength and oxidation resistance.
SPECIFICATION
50
15
4.2
15
Cast Alloy
René 80
René 80 is a precipitation-hardened nickel-base cast superalloy for turbine blades and vanes in aircraft engines and industrial gas turbines.
SPECIFICATION
50
14
4
4
9.5
Cast Alloy
René 95
René 95 is a nickel-base superalloy for high-strength turbine discs, seals, and rotating hardware in advanced gas turbine engines.
SPECIFICATION
50
14
3.5
3.5
8
Cast Alloy
René N5
René N5 is a second-generation rhenium-bearing single crystal nickel-base superalloy for high-pressure turbine blades and nozzles.
SPECIFICATION
50
7
1.5
5
6.5
0.15
3
7.5
Cast Alloy
René N500
René N500 is a rhenium-free single crystal nickel-base superalloy for high-pressure turbine blades and nozzle guide vanes.
SPECIFICATION
50
7
2
6.3
6.6
0.15
7.5
Cast Alloy
René N515
René N515 is a reduced-rhenium single crystal nickel-base superalloy for high-pressure turbine blades and nozzle guide vanes.
SPECIFICATION
50
6
2
6.3
6.5
0.6
1.5
7.5
Cast Alloy
SC 180
SC 180 is a single crystal nickel-base superalloy for high-temperature turbine blade applications in aerospace, energy, and industrial gas turbines.
SPECIFICATION
50
5
1.5
5.5
8
0.1
3
10
Cast Alloy
U 500
U 500 (Udimet 500) is a precipitation-hardened nickel-base superalloy for cast turbine blades and vanes offering strength up to approximately 870°C.
SPECIFICATION
AMS 5384
50
18
4
17
Cast Alloy
U 700
U 700 (Udimet 700) is a high-strength nickel-base superalloy for cast turbine blades and discs requiring high creep rupture strength.
SPECIFICATION
50
15
5.25
18.5
Cast Alloy
Waspaloy
Waspaloy is an age-hardened nickel-base superalloy for turbine discs, shafts, seals, and fasteners with strength and oxidation resistance to 870°C.
SPECIFICATION
50
19.5
4.2
13.5
Cast Alloy
WI-52
WI-52 is a cast cobalt-base superalloy for turbine nozzle vanes and combustion hardware requiring hot corrosion resistance.
SPECIFICATION
21
11
50
Cast Alloy
X-40
X-40 (HS-31) is a cast cobalt-base superalloy for turbine nozzle vanes and combustion components with strong hot corrosion resistance.
SPECIFICATION
AMS 5382
10
25
7.5
50
Cast Alloy
X-45
X-45 is a cast cobalt-base superalloy for gas turbine nozzles and vanes with solid-solution strengthening and hot corrosion resistance.
SPECIFICATION
10.5
25.5
7
50
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Explore Alloys
Browse our complete range of nickel- and cobalt-based superalloys, engineered for strength, purity, and reliability.
Powder Alloy
282
282 is a gamma prime strengthened nickel-base superalloy powder with high creep strength and strong fabricability for additive manufacturing.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
Cast Alloy
René N515
René N515 is a reduced-rhenium single crystal nickel-base superalloy for high-pressure turbine blades and nozzle guide vanes.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
C50TF130
Cast Alloy
René N500
René N500 is a rhenium-free single crystal nickel-base superalloy for high-pressure turbine blades and nozzle guide vanes.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
Powder Alloy
Mar M 247
Mar M 247 is a nickel-base superalloy powder for additively manufactured turbine blades and vanes with high creep and oxidation resistance to 1010°C.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
Cast Alloy
Ni X
Ni X is a solid-solution strengthened nickel-base superalloy for turbine discs, shafts, and industrial hardware in high-temperature environments.
INDUSTRIES
AMS SPECIFICATION
AMS 5390
OEM SPECIFICATION
Powder Alloy
NiX XP
NiX XP is a non-magnetic, nickel-base superalloy powder for high-strength, heat- and corrosion-resistant parts up to 1204°C (2200°F).
INDUSTRIES
AMS SPECIFICATION
AMS 7008
OEM SPECIFICATION
Powder Alloy
718 XP
718 XP is a weldable nickel-base superalloy powder for high-strength, fatigue- and creep-resistant parts up to 704°C (1300°F).
INDUSTRIES
AMS SPECIFICATION
ASTM F3055 / ASTM B637 / AMS 7006
OEM SPECIFICATION
B50TF251
Powder Alloy
625 XP
625 XP is a weldable nickel-base superalloy powder for high-strength, corrosion-resistant parts up to 1093°C (2000°F).
INDUSTRIES
AMS SPECIFICATION
AMS 7001 / 2.4856 / UNS N06625
OEM SPECIFICATION
Powder Alloy
M300
M300 is an age-hardenable maraging steel powder for additively manufactured high-performance tooling, structural brackets, and aerospace components.
INDUSTRIES
AMS SPECIFICATION
ASTM A646 / AMS 6514
OEM SPECIFICATION
Powder Alloy
HS31-X40
HS31-X40 is a cobalt-base superalloy powder for additively manufactured turbine nozzle vanes and hot-section hardware with hot corrosion resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
B50TF185
Powder Alloy
625LFe
625LFe is an iron-bearing alloy 625 variant for additive manufacturing, offering corrosion resistance and strength for industrial components.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
Powder Alloy
415 SS
415 SS is a martensitic stainless steel powder with good strength and wear resistance for additively manufactured valve bodies and industrial parts.
INDUSTRIES
AMS SPECIFICATION
ASTM F3056 / ASTM B446 / AISI 415
OEM SPECIFICATION
Powder Alloy
316L
316L is a low-carbon austenitic stainless steel powder with excellent corrosion resistance for additively manufactured industrial and marine hardware.
INDUSTRIES
AMS SPECIFICATION
ASTM A276 / (DIN EN 10088) 1.4404
OEM SPECIFICATION
Powder Alloy
17-4PH
17-4PH is a precipitation-hardening stainless steel powder with high strength and good corrosion resistance for additively manufactured parts.
INDUSTRIES
AMS SPECIFICATION
UNS S17400
OEM SPECIFICATION
Powder Alloy
1.2709 (MS1)
1.2709 (MS1) is a maraging steel powder for additive manufacturing, with ultra-high strength after age hardening for tooling and aerospace parts.
INDUSTRIES
AMS SPECIFICATION
ASTM A646 / AMS 6514 / 1.2709
OEM SPECIFICATION
Powder Alloy
939
939 is a nickel-base superalloy powder for additive manufacturing of industrial gas turbine vanes and blades requiring hot corrosion resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
Cast Alloy
B-1900 + Hf
B-1900 + Hf is a hafnium-modified cast superalloy with improved oxidation resistance and ductility for turbine blades and vanes.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA1455
Cast Alloy
B-1900
B-1900 is a precipitation-hardened nickel-base superalloy for conventionally cast turbine airfoils up to approximately 980°C.
INDUSTRIES
AMS SPECIFICATION
AMS 5405
OEM SPECIFICATION
PWA663
Cast Alloy
X-45
X-45 is a cast cobalt-base superalloy for gas turbine nozzles and vanes with solid-solution strengthening and hot corrosion resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
Cast Alloy
X-40
X-40 (HS-31) is a cast cobalt-base superalloy for turbine nozzle vanes and combustion components with strong hot corrosion resistance.
INDUSTRIES
AMS SPECIFICATION
AMS 5382
OEM SPECIFICATION
C50TF21
Cast Alloy
WI-52
WI-52 is a cast cobalt-base superalloy for turbine nozzle vanes and combustion hardware requiring hot corrosion resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
Cast Alloy
Waspaloy
Waspaloy is an age-hardened nickel-base superalloy for turbine discs, shafts, seals, and fasteners with strength and oxidation resistance to 870°C.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA652 / PWA1471
Cast Alloy
U 700
U 700 (Udimet 700) is a high-strength nickel-base superalloy for cast turbine blades and discs requiring high creep rupture strength.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA656 / C50TF15
Cast Alloy
U 500
U 500 (Udimet 500) is a precipitation-hardened nickel-base superalloy for cast turbine blades and vanes offering strength up to approximately 870°C.
INDUSTRIES
AMS SPECIFICATION
AMS 5384
OEM SPECIFICATION
C50T39
Cast Alloy
SC 180
SC 180 is a single crystal nickel-base superalloy for high-temperature turbine blade applications in aerospace, energy, and industrial gas turbines.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
EMS55465
Cast Alloy
René N5
René N5 is a second-generation rhenium-bearing single crystal nickel-base superalloy for high-pressure turbine blades and nozzles.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
C50TF87
Cast Alloy
René 220
René 220 is a nickel-base cast superalloy for later-stage turbine blades and vanes requiring hot corrosion resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
C5DTF91 / DMD047232
Cast Alloy
René 125
René 125 is a nickel-base cast superalloy with good creep and oxidation resistance for first-stage turbine vanes and blades.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
C5OTF60 / DMD 042932
Cast Alloy
René 95
René 95 is a nickel-base superalloy for high-strength turbine discs, seals, and rotating hardware in advanced gas turbine engines.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
C5UFT77
Cast Alloy
René 80
René 80 is a precipitation-hardened nickel-base cast superalloy for turbine blades and vanes in aircraft engines and industrial gas turbines.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
C50TF47 / C50TF28
Cast Alloy
René 77
René 77 is a precipitation-hardened nickel-base cast superalloy for turbine blades and vanes with balanced creep strength and oxidation resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
C50TF15 / C50T67 / DMD0437-32
Cast Alloy
René 41
René 41 is a precipitation-hardened nickel-base superalloy with excellent strength and oxidation resistance to 870°C for aerospace hardware.
INDUSTRIES
AMS SPECIFICATION
AMS 5399
OEM SPECIFICATION
C50T53 / C50TF2 / EMS55380
Cast Alloy
PWA 1484
PWA 1484 is a second-generation rhenium-bearing single crystal nickel-base superalloy for high-pressure turbine blades.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA 1484
Cast Alloy
PWA 1480
PWA 1480 is a first-generation single crystal nickel-base superalloy developed by Pratt and Whitney for high-pressure turbine blades.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA 1480
Cast Alloy
MM247LC (René 108)
R108 alloy (aka 247LC) is a modified chemistry of MAR M 247 alloy, developed for improved castability during directional solidification (DS).
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
C50TF83
Cast Alloy
MAR M 509
MAR M 509 is a cast cobalt-base superalloy for turbine nozzle vanes and hot-section components with long-duration oxidation resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA647 / B50TF89 / EMS55451 / DMD0401-32
Cast Alloy
Mar M 247
MAR M 247 is a high creep strength alloy used in conventionally cast gas turbine blades, vanes, and structural components from 980°C to 1010°C.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA1447 / PWA1489 / EMS55447 / DMD9013-32
Cast Alloy
MAR M 246
MAR M 246 is a nickel-base cast superalloy for aerospace turbine blades and vanes requiring high creep strength and hot-section durability.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
MSRR7046
Cast Alloy
MAR M 200 + Hf
MAR M 200 + Hf is a hafnium-modified DS alloy based on MAR M 200 with improved grain boundary ductility for DS turbine blades.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA1422 / DMD0484-32
Cast Alloy
MAR M 004
MAR M 004 is a nickel-base cast superalloy for turbine blades and vanes with balanced creep strength and oxidation resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
EMS55437
Cast Alloy
MAR M 002
MAR M 002 is a directionally solidified nickel-base superalloy with high creep strength and oxidation resistance for DS turbine blades.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
MSRR710 / MSRR7150
Cast Alloy
IN 939
IN 939 is a nickel-base superalloy for industrial gas turbine vanes and blades requiring hot corrosion resistance at high temperatures.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA1495
Cast Alloy
IN 792 + Hf
IN 792 + Hf is a hafnium-modified nickel-base superalloy with enhanced ductility and oxidation resistance for DS and cast turbine blades.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA1456 / EMS73667 / EMS55450
Cast Alloy
IN 738C
IN 738C is a precipitation-hardened nickel-base superalloy with good hot corrosion resistance for industrial gas turbine blades and vanes.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
PWA1451 / B50A563 / MSRR7228 / EMS55445
Cast Alloy
IN 738 LC
IN 738 LC is a nickel-base superalloy for cast turbine blades and vanes, with enhanced hot corrosion resistance and weldability up to 980°C.
INDUSTRIES
AMS SPECIFICATION
AMS 5410
OEM SPECIFICATION
MSRR7173
Cast Alloy
IN 713C
SeAH IN 713C is a precipitation-hardened superalloy for conventionally cast, solid low-pressure turbine airfoils operating at 790 to 870°C.
INDUSTRIES
AMS SPECIFICATION
AMS 5391
OEM SPECIFICATION
PWA655 / EMS55371
Cast Alloy
IN 713 LC
IN 713 LC is a low-carbon nickel-base cast superalloy for turbine airfoils with improved weldability and elevated-temperature strength.
INDUSTRIES
AMS SPECIFICATION
AMS 5377
OEM SPECIFICATION
B50T1239 / MSRR7048 / EMS55079 / EMS55444
Cast Alloy
IN 100
SeAH IN 100 is a low-density, precipitation-hardenable superalloy for conventionally cast components up to 980°C.
INDUSTRIES
AMS SPECIFICATION
AMS 5397
OEM SPECIFICATION
PWA658 / PWA1494 / C50TF23 / MSRR7047 / EMS55089 / DMD0432-32
Cast Alloy
GMR 235
GMR 235 is a nickel-base cast superalloy for turbine vane and nozzle applications in jet and industrial gas turbine engines.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
EMS73635
Cast Alloy
FSX-414 (VAC)
FSX-414 is a cast cobalt-base superalloy for gas turbine nozzle vanes and combustion components with strong hot corrosion resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
B50A489
Cast Alloy
ECY 768
ECY 768 is a cast cobalt-base superalloy for first-stage gas turbine nozzle vanes with solid-solution strengthening and corrosion resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
Cast Alloy
Co 25; L-605
L-605 is a cobalt-base superalloy for turbine vanes, combustion liners, and afterburner components with good oxidation resistance.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
B50TF144
Cast Alloy
Co 21
Co 21 is a solid-solution cobalt-base superalloy for gas turbine nozzle vanes and combustion components requiring hot corrosion resistance.
INDUSTRIES
AMS SPECIFICATION
AMS 5385
OEM SPECIFICATION
Cast Alloy
C1023
C1023 is a nickel-base superalloy qualified for cast aero-engine turbine blades and vanes with reliable high-temperature strength.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
MSRR7046 / EMS 73669
Cast Alloy
GTD 111
GTD 111 is a nickel-base superalloy developed by GE for equiaxed and DS turbine blades in advanced industrial gas turbines.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
B50A719
Cast Alloy
AM1
AM1 is a first-generation single crystal nickel-base superalloy for high-pressure turbine blades up to approximately 1050°C.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
DMD0479-32
Cast Alloy
C263
C263 is a precipitation-hardened nickel-base alloy for combustion hardware, transition ducts, and turbine casings up to 850°C.
INDUSTRIES
AMS SPECIFICATION
OEM SPECIFICATION
MSRR7040 / DMD0449-32
Cast Alloy
IN 718
IN 718 is a weldable nickel-base superalloy used for conventionally cast structural components up to 650°C.
INDUSTRIES
AMS SPECIFICATION
AMS 5383
OEM SPECIFICATION
PWA649 / PWA1469 / PWA1490 / B50T68 / B50TF16 / MSRR7132 / EMS55422 / DMD0423-32
Powder Alloy
230
230 is a nickel-base superalloy powder with outstanding oxidation resistance for additively manufactured combustion hardware up to 1149°C.
INDUSTRIES
AMS SPECIFICATION
UNS N06230
OEM SPECIFICATION
Cast Alloy
IN 625
IN 625 is a weldable nickel-base superalloy used for conventionally cast structural components up to 980°C.
INDUSTRIES
AMS SPECIFICATION
AMS 5401
OEM SPECIFICATION
PWA1468 / B50TF107 / MSRR7198 / EMS55431
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