Other Metal Powders

Shanghai Truer Industrial Development Co., Ltd

Other Metal Powders:

In addition, there are many other methods to produce the required, high-quality metal powders for different applications, such as water atomization, centrifugal atomization, mechanical crushing, chemical reduction method, electrolytic method, carbonyl decomposition, RF plasma spheroidization, etc.
For different applications, the produced metal powders are required to have the different chemical and physical characteristics.

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Metal Powders Produced by other methods
Other Metal Powders
GradesChemical Composition, wt%Particle Size Grades
WC01 W Bal.C total 3.8-4.215-53μm
45-106μm
45-150μm
Cr 0.1maxC free 0.1max
Fe 0.5maxO 0.05max
WC050 W Bal.C total 6.13-6.184.6-5.4μm
O 0.05maxC free 0.05max
WC-CoWC Bal.O 0.1max0-25μm
15-38μm
15-45μm
15-63μm
Co 16.0-18.0Fe 0.5max
C total 4.8-5.6All other metallic impurities 1.5max
C free 0.1max
WC-Co-CrWC Bal.O 0.1max0-30μm
15-38μm
15-45μm
15-53μm
Co 9.0-11.0Fe 0.5max
Cr 3.5-4.5All other metallic impurities 1.5max
C total 5.0-5.8
C free 0.12max
WC10%-Ni60AAC 1.0-1.5Si 4.0-5.015-45μm
15-53μm
45-106μm
Cr 17.0-20.0W 8.0-12.0
B 2.0-3.0Ni Bal.
Fe 5.0max 
WC-Ni50Ni Bal.Fe 1.0max15-53μm
53-106μm
53-150μm
Cr 0.1maxB 1.0max
C 1.9-2.4Cu 9.0-11.0
O 0.08maxW 47.5-48.5
Si 1.5max 
Pure CrCr 99.9minAl 0.01max15-53μm
53-106μm
53-150μm
Fe 0.02maxOthers 0.06max
Si 0.01max 
Pure CoCo 99.0min 15-53μm
53-106μm
53-150μm
Pure MoMo 99.9min 15-53μm
53-106μm
53-150μm
DAP100.29D2Fe Bal.Mo 0.50-0.700-180μm
C 0.015maxCu 1.60-1.90
Si 0.05maxP 0.015max
Mn 0.15maxS 0.015max
Ni 3.80-4.20Hydrogen loss 0.15max
LAP100.29DNi4Fe Bal.Ni 3.65-4.350-180μm
C 0.01maxP 0.015max
Si 0.20maxS 0.015max
Mn 0.15maxHydrogen loss 0.15max
LAP100.29Fe Bal.P 0.015max0-180μm
C 0.01maxS 0.015max
Si 0.04maxHydrogen loss 0.20max
Mn 0.14max
Y2O3 TREO 99.0min 45-106μm
Y2O3/TREO 99.9min
Loss on ignition of 1000℃x1hr: 1.0max
SiO2 Coated Aluminum Silver powderSolid content 99.0%minD50 = 11/18/25/32/45/50μm
Flake Aluminum PowderWater Covering 15000-40000cm2/g ±10%D50 = 3-5/7-9/15-17/25-32/65-75μm
JCF1Fe 98.0minN 0.80maxD50=4.5-7.0/3.5-4.5/≤3.5μm
C 0.80maxO 0.4max
JCF2Fe 99.5minN 0.01maxD50=2.0-4.5/4.5-7.0/ 7.0-10.0μm
C 0.05maxO 0.3max
STI-Cr200Cr 99.0minAl 0.10max0-75μm
O 0.20maxSi 0.15max
Fe 0.50maxN 0.05max
S 0.015maxCu 0.05max
STI-FTD-3Cu 99.7minFe 0.01max+75μm: ≤5
-75μm/+45μm: 10-30
-45μm: Bal.
O 0.15maxH2O 0.04max
Pb 0.04maxInsoluble in HNO3 0.05max
STI-Mo-1Mo 99.5minMg 0.003maxD50 ≤5μm
Pb 0.001maxCa 0.007max
Bi 0.001maxP 0.005max
Sn 0.005maxO 0.20max
Al 0.005max 
STI-FNiT24Ni 99.8minS 0.0015maxD50 3.0-6.0μm
O 0.15maxCo 0.001max
C 0.15maxFe 0.0015max
Sn powderSn 99.9minPb 0.04max0-45μm
0-75μm
0-150μm
Fe 0.015max 
Bro-S10Cu90Sn10 +150μm: ≤5
-150μm/+45μm: Bal.
-45μm: 20-30
Bro-S20Cu80Sn20 +75μm: ≤5
-75μm/+45μm: 5-20
-45μm: Bal.
Ni-GB0081RNi 99.0minD50 =0.07-0.08μm
Customized: WC-WB-CoNiCr, WC-Ni-Cr,WC-Co-Cr-Ni, WC-Ni35, WC-Ni12, etc

Applications

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3D Printing

factory

Mechanical Industry

metallurgy

Metallurgical Industry

medical

Medical Industry

about us

Truer Industry

shanghai truer am-material

Shanghai Truer Industrial Development Co., Ltd. was established in 2009 and created the additive manufacturing business in 2019, which is dedicated to building integrating 3D printing powder making equipment and services, high quality 3D printing powders to help engineering applications of additive manufacturing.

The company not only provides professional selective electron beam melting (SEBM) technology and equipment, but also plasma rotating electrode process powder making (PREP) technology and equipment. We also have various grades of spherical metal powders, including TiNi, TiTa, TiAl, TiNbZr, CoCrMo and so on.

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Send Us A Message

Contact Info

sales

Cassiel Ding
+86 – 13611869448 [email protected]

Metallurgical Expert

Lucy Wen
+86 – 15250232891 [email protected]

Quality Control

Mike Wu
+86 – 13862291355 [email protected]

sales

Joan Zhou
+86 – 17316565943 [email protected]

Customer Service

Luke Zhang
+86 – 15250014048 [email protected]

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