Steel Alloy Powder

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Steel Alloy Powder

Steel Alloy Powders of Powders are mostly atomized by Nitrogen, but still some are atomized by argon, like 18Ni300 (MS1, 1.2709), Invar36 and so on. All the materials can be atomized by argon, but mostly are by Nitrogen in order to reduce the costs. They can be used in AM & PM very well since a lot of customers of Powders are using these materials with very good feedback. 

Powders also developed Super Duplex Stainless Steel in 2021, and is widely sold to EU countries.


Benefits:
  • Well-Proportioned PSD
  • High Sphericity
  • Low Oxygen Content
  • Cost Effective

Specifications:
Regular Material   Grade Chemical Composition (wt%)
18Ni300 MS1
CL50WS
ST2709
1.2709
C 0.03max
Si 0.10max
Mo 4.60-5.20
Ti 0.50-0.80
Mn 0.10 max
Ni 18.0-19.0
Co 8.50-9.50
Fe Balance
CX Corrax Fe Balance
Cr 11-13
Ni  8.4-10
Mo 1.1-1.7 
Al 1.2-2.0
Mn 0.04 max
Si 0.04 max
C 0.05 max
Invar 36 Invar 36
FeNi36
1.3912
Ni36
Ni 35.0-38.0
C 0.10 max
Mn 0.06 max
P 0.025 max
S 0.025 max
Si 0.35 max
Cr 0.50 max
Mo 0.50 max
Co 1.0 max
Fe Balance
SUS316L SUS 316L
CL20ES
1.4404
S31603
C 0.03max
Si 1.00 max
Mn 2.00max
Cr 16-18.0 
Ni 10-14
Mo 2.0-3.0
Cu 0.15-0.25
Fe Balance
SUS304L SUS304L
1.4307
S30403
C 0.03max
Si 1.0max
Mn 2.0 Max
Cr 18-20
Ni 8-12
Fe Balance
17-4PH GP1
1.4542
SUS630
S17400
C 0.07max
Si 1.0max
Mn 1.0max
Ni 3.0-5.0
Cr 15.5-17.5
Cu 3.0-5.0
Nb 0.15-0.45
Fe Balance
15-5PH PH1
1.4545
S15500
C 0.07max
Si 1.0max
Mn 1.0max
Cr 14.0-15.5
Ni 3.5-5.5
Cu 2.5-4.5
Nb 0.15-0.45
Fe Balance
4140 42CrMo4
1.7225
G41400
C 0.38-0.43
Si 0.15-0.35
Mn 0.7-0.9
Cr 0.8-1.1
Mo 0.15-0.25
Fe Balance
310S 1.4845
SUS 310S
C 0.08max
Si 1.5 max
Mn 2 max
Cr 24.0-26.0
Ni 19.0-22.0
Fe Balance
H13 1.2344
4Cr5MoSiV1
SKD61
T20813
C 0.33-0.45
Si 0.80-1.20
Cr 4.75-5.50
Mn 0.20-0.50
Mo 1.10-1.60
V 0.8-1.2
Fe Balance
D2 1.2379
Cr12Mo1V1
D2
C 1.4-1.6
Si 0.4max
Mn 0.6max
Cr 11-13
Mo 0.8-1.2
V 0.2-0.5
Fe Balance
420J1 1.4021
SUS 420J1
AISI 420L
C 0.15-0.25
Si 1.0 max
Mn 1.0 max
Cr 12.0-14.0
Fe Balance
420J2 1.4028
SUS 420J2
AISI 420M
C 0.3-0.4
Si 1.0max
Mn 1.0 Max
Cr 12-14
Fe Balance
430 1.4016
SUS 430
C 0.12 max
Si 0.75 max
Mn 1.0 max
Cr 16.0-18.0
Fe Balance
440C 1.4125
SUS 440C
C 0.9-1.25
Si 1.0 max
Mn 1.0 max
Cr 16.0-18.0
Fe Balance
M2 1.3343
SKH51
W6Mo5Cr4V2
C 0.78-0.88
Mn 0.15-0.40
Si 0.20-0.45
Fe Balance
Cr 3.75-4.50
V 1.75-2.20
W 5.50-6.75
Mo 4.50-5.50
Customized Material Grade Chemical Composition (wt%)
CPM10V CPM10V Cr 4.75-5.75
Mo 1.1-1.5
V 9.25-10.25
C 2.4-2.5
Si 0.75-1.1
Fe Balance
HK30 HK30 C 0.25-0.35
Si 1.5 max
Mn 2.0 max
Cr 24.0-26.0
Ni 19.0-22.0
Mo 0.5 max
Fe Balance
4340 1.6511
40CrNi2Mo
G41300
C 0.38-0.43
Si 0.15-0.35
Mn 0.6-0.8
Cr 0.7-0.9
Ni 1.65-2.0
Mo 0.2-0.3
Fe Balance
410 1.4006
SUS 410
C 0.15 max
Si 1.0 max
Mn 1.0 max
Cr 11.5-13.5
Ni 0.6 max
Fe Balance
AISI8620 1.6543
AISI8620
20CrNiMo
C 0.18-0.23
Si 0.15-0.35
Mn 0.7-0.9
Cr 0.4-0.6
Ni 0.4-0.7
Mo 0.15-0.25
Fe Balance
S136 1.2083
S136
C 0.2-0.45
Si 0.8-1.0
Mn 1.0 max
Cr 12.0-14.0
V 0.15-0.4
Fe Balance
SAE-1524 SAE-1524 C 0.18-0.25
Mn 1.3-1.65
Fe Balance
SAE-4605 SAE-4605 C 0.4-0.6
Si 1.0 max
Ni 1.5-2.5
Mo 0.2-0.5
Fe Balance
H11 1.2343
SKD6
4Cr5MoSiV
C 0.32-0.45
Si 0.6-1.0
Mn 0.2-0.5
Cr 4.7-5.2 
Mo 0.8-1.2
V 0.2-0.6
Fe Balance
M4 M4 C 1.25-1.40
Si 0.2-0.45
Mn 0.15-0.4
Cr 3.75-4.5
Mo 4.5-5.5
W 5.25-6.5
V 3.75-4.5
Fe Balance
Super Duplex Stainless Steel DSS-1 Fe Balance
Cr 19.00-21.5
Mn 8.0-10.0
Si 1.00 max
Ni 5.50-8.00
C 0.04 max
P 0.025 max
S 0.015 max
N 0.20-0.36
O 0.08 max


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