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Nickel Alloy Powders

AMC POWDERS has developed new alloy atomization technology with properties of the well-proportioned particle size distribution, highly spherical cuttings, low oxygen content, industrial yield and few satellites, including titanium alloy, super-alloy, nickel-chromium alloy, stainless steel, aluminium alloy and other metal powders used in 3D printing, powder metallurgy and other fields with its independent R&D equipment.

Inconel 718, Inconel 625, Hastelloy X, Waspaloy, Alloy188, Inconel713C, Rene’N5, CMSX-2, Rene’125, Rene’95, EP741NP(FGH97), Co28Cr6Mo, and other relative materials of AMC Powders, enjoy a good reputation among our customers.


Regular Material
Grade
Chemical Composition (wt%)
Inconel 718

GH4169

N07718

Inconel 718

Cr 17.00-21.00

Mo 2.80-3.30

Ti 0.65-1.15

Al 0.20-0.80

Co 1.00 max

C 0.08 max

Ni 50.00-55.00

Mn 0.35 max

Si 0.35 max

Nb 4.75-5.50

Cu 0.30 max

Mg 0.01 max

B 0.006 max

Fe Balance

Inconel 625

GH3625

N06625
Inconel 625

Cr 20-23
Mo 8-10
Co 1 max
Nb 3.15-4.15
Al 0.4 max
Ni Balance

Ti 0.4 max
C 0.1 max
Fe 5 max
Mn 0.5 max
Si 0.5 max
Cu 0.07 max

Hastelloy X

GH3536

N06002
Hastelloy X

Cr 20.5-23
Mo 8-10
Co 0.5-2.5
W 0.2-1
Al 0.5 max
Ti 0.15 max

Fe 17-20
Mn 1 max
Si 1 max
C 0.05-0.15 max
Cu 0.5 max
Ni Balance

Inconel 939

Inconel 939

C 0.13-0.17

Si 0.20 max

Mn 0.20 max

Cr 22.20-22.80

Ti 3.60-3.80

W 1.80-2.20

Fe 0.50 max

Co 18.5-19.5

Ta 1.30-1.50

Al 1.80-2.00

B 0.004-0.014

Ni Balance

Zr 0.05-0.14

O N/M

N 0.005 max

S 0.010 max

Inconel 738C

Inconel 738C

C 0.15-0.20

Si 0.30 max

Mn 0.20 max

Cr 15.7-16.3

Ti 3.20-3.70

W 2.40-2.80

Fe 0.50 max

Co 8.00-9.00

Mo 1.50-2.00

Nb 0.60-1.10

Ta 1.50-2.00

Al 3.20-3.70

B 0.005-0.015

Cu 0.10 max

Ni Balance

Zr 0.015-0.025

P 0.015 max

S 0.015 max

O 0.12 max

N N/M

Inconel 738LC
Inconel 738LC

C 0.09-0.13

Si 0.05 max

Mn 0.20 max

Cr 15.7-16.3

Ti 3.20-3.70

W 2.40-2.80

Fe 0.50 max

Co 8.00-9.00

Mo 1.50-2.00

Nb 0.60-1.1

Ta 1.50-2.00

Al 3.20-3.70

B 0.007-0.012

Cu 0.10 max

Ni Balance

Zr 0.015-0.025

P 0.015 max

S 0.015 max

O 0.12 max

N N/M

Customized Material

Grade

Chemical Composition (wt%)

Inconel 713C

INCO713C

Inconel 713C

K418

C 0.03-0.07

Si 0.50 max

Mn 0.50 max
Cr 11.00-13.00

Ti 0.40-1.00
Fe 0.5 max

Co 1.0 max

Mo 3.80-5.20

Nb 1.50-2.50

Al 5.50-6.50

B 0.005-0.015

Cu 0.50 max
Zr 0.05-0.15

Ni Balance

P 0.015 max

S 0.015 max

O N/M

N N/M

Inconel 713LC

Inconel 713LC

K418B

C 0.03-0.07

Si 0.50 max

Mn 0.50 max
Cr 11.00-13.00

Ti 0.40-1.00
Fe 0.5 max

Co 1.0 max

Mo 3.80-5.20

Nb 1.50-2.50

Al 5.50-6.50

B 0.005-0.015

Cu 0.50 max
Zr 0.05-0.15

Ni Balance

P 0.015 max

S 0.015 max

O N/M

N N/M

Inconel 690

UNS NO6690

W.Nr.2.4642

GH690

Inconel690

C 0.015-0.025

Si 0.50 max

Mn 0.50 max

Cr 28.5-31.0

Ti 0.35 max

Fe 9.0-11.0

Co 0.015 max

Mo 0.20 max

Nb+Ta 0.10 max

Al 0.40 max

B 0.002 max

Cu 0.05 max

P 0.015 max

S 0.015 max

O N/M

N N/M

Ni 58.0 min

GH3230

HAYNES 230

UNS N06230

GH3230

HA230

C 0.05-0.15

Si 0.25-0.75

Mn 0.30-1.00

Cr 20.00-24.00

Al 0.20-0.50

Mo 1.00-3.00

W 13.00-15.00

Co 5.00 max

B 0.01 max

La 0.005-0.05

P 0.015 max

S 0.015 max

O/N N/M

Ni Balance

GH4099

ЭП693

ХН68МВКТЮР

GH4099

GH99

C 0.08 max

Si 0.5 max

Mn 0.4 max

Cr 17.00-21.00

Fe 2.00 max

Co 5.00-8.00

Mo 3.50-4.50

W 5.00-7.00

Ti 1.00-1.50

B 0.005 max

Ce 0.020 max

P/S 0.015 max

Al 1.70-2.40

Mg 0.01 max

Ni Balance

O/N N/M

K648

ЭП648

EP648

ХН50ВМТЮБ

Cr 32.00-35.00

Nb 0.70-1.30

Mo 2.30-3.50

Ti 0.70-1.30

Al 0.70-1.30

B 0.008 max

Ce 0.03 max

C 0.03-0.10

Si 0.3 max

Fe 0.5 max

W 4.3-5.5

S 0.01 max

O/N N/M

Ni Balance

K465K465

Fe 1.0 max

Cr 8.0-9.5

Mn 0.4 max

Ti 2.0-2.9

Mo 1.2-2.4

Ni Balance

Co 9.0-10.5

Al 5.1-6.0

Nb 0.8-1.2

Zr 0.04 max

B 0.035 max

Ce 0.02 max

Y 0.1 max

Si 0.4 max

Pb 0.0005 max

Bi 0.0005 max

C 0.13-0.20

P 0.015 max

S 0.01 max

O/N N/M

DZ125Rene 125

C 0.07-0.12
Cr 8.4-9.4  
Co 9.5-10.5
W 6.5-7.5
Mo 1.5-2.5
B 0.01-0.02
Al 4.8-5.4
Ti 0.7-1.2

Fe 0.30 max

Ta 3.5-4.1
Hf 1.2-1.8
Zr 0.08  max
Si 0.15 max
Mn 0.15 max
Sn 0.001 max
Ni Balance

Rene 77Rene77

Ni Balance

Cr 14.00-15.25

Co 14.00-16.00

Mo 3.90-4.50

Fe 1.00 max

Al 4.00-4.60

Ti 3.00-3.70

C 0.05-0.09

Si 0.50 max

Mn 0.20 max

B 0.012-0.02

Zr 0.04 max

Ce 0.1 max

P 0.015 max

S 0.01 max

O/N N/M

CMSX-2

CMSX-2
NWC8TA6AK

DD402

C  0.006 max
Cr 7.0-8.2
Co 4.3-4.9
W 7.6-8.4
Mo 0.3-0.7
Al 5.45-5.75
Ti 0.80-1.20
Fe 0.20 max
Nb 0.15 max
Si 0.040 max
Hf 0.0075 max

Mn 0.020
Ta 5.80-6.20
Yb 0.100 max
Cu 0.050  max
Zn 0.0005 max
Mg 0.008 max
B  0.003 max
P  0.005 max
S 0.002 max
Ni Balance

CMSX-4CMSX-4

Ni Balance

Cr 6.00-7.00

Co 9.60-9.90

Al 5.00-6.00

Mo 0.40-0.80

Ti 0.70-1.30

Ta 6.00-7.00

W 5.50-6.50

Hf 0.06-0.14

Re 2.70-3.30

O 0.02 max

N 0.02 max

FGH4095

Rene 95

C 0.04-0.09
Cr 12-14
Co 7-9
W 3.3-3.7
Mo 3.3-3.7
Al 3.3-3.7
Ti 2.3-2.7

Nb 3.3-3.7
Zr 0.03-0.07
Si 0.2max
Mn 0.15max
Fe 0.5max
Ni Balance

FGH4096

Rene′ 88DT

C 0.02-0.05
Cr 15-16.5
Co 12.5-13.5
W 3.8-4.2
Mo 3.8-4.2
Al 2.0-2.4

Ti 3.5-3.9
Nb 0.6-1.0
Si 0.2max 
Mn 0.15max
Fe 0.5 max
Ni Balance

NiCoCrNiCoCr

Ni 31.00-34.00

Co 31.00-34.00

Cr 31.00-34.00

NiCoCrFeMn

NiCoCrFeMn

Ni 19.4-22.4

Co 19.5-22.5

Cr 17.0-20.0

Fe 18.4-21.4

Mn 18.1-21.1

Benefits:

  • Well-Proportioned PSD

  • High Sphericity

  • Low Oxygen Content

  • Cost Effective

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APPLICATION
01

METAL INJECTION MOLDING (MIM)

02

ADDITIVE MANUFACTURING

03

POWDER METALLURGY

04

HOT ISOSTATIC PRESSING (HIP)

05

THERMAL SPRAY