Other Metal Powders
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.
| Metal Powders Produced by other methods | |||
| Other Metal Powders | |||
| Grades | Chemical Composition, wt% | Particle Size Grades | |
| WC01 | W Bal. | C total 3.8-4.2 | 15-53μm 45-106μm 45-150μm |
| Cr 0.1max | C free 0.1max | ||
| Fe 0.5max | O 0.05max | ||
| WC050 | W Bal. | C total 6.13-6.18 | 4.6-5.4μm |
| O 0.05max | C free 0.05max | ||
| WC-Co | WC Bal. | O 0.1max | 0-25μm 15-38μm 15-45μm 15-63μm |
| Co 16.0-18.0 | Fe 0.5max | ||
| C total 4.8-5.6 | All other metallic impurities 1.5max | ||
| C free 0.1max | |||
| WC-Co-Cr | WC Bal. | O 0.1max | 0-30μm 15-38μm 15-45μm 15-53μm |
| Co 9.0-11.0 | Fe 0.5max | ||
| Cr 3.5-4.5 | All other metallic impurities 1.5max | ||
| C total 5.0-5.8 | |||
| C free 0.12max | |||
| WC10%-Ni60AA | C 1.0-1.5 | Si 4.0-5.0 | 15-45μm 15-53μm 45-106μm |
| Cr 17.0-20.0 | W 8.0-12.0 | ||
| B 2.0-3.0 | Ni Bal. | ||
| Fe 5.0max | |||
| WC-Ni50 | Ni Bal. | Fe 1.0max | 15-53μm 53-106μm 53-150μm |
| Cr 0.1max | B 1.0max | ||
| C 1.9-2.4 | Cu 9.0-11.0 | ||
| O 0.08max | W 47.5-48.5 | ||
| Si 1.5max | |||
| Pure Cr | Cr 99.9min | Al 0.01max | 15-53μm 53-106μm 53-150μm |
| Fe 0.02max | Others 0.06max | ||
| Si 0.01max | |||
| Pure Co | Co 99.0min | 15-53μm 53-106μm 53-150μm | |
| Pure Mo | Mo 99.9min | 15-53μm 53-106μm 53-150μm | |
| DAP100.29D2 | Fe Bal. | Mo 0.50-0.70 | 0-180μm |
| C 0.015max | Cu 1.60-1.90 | ||
| Si 0.05max | P 0.015max | ||
| Mn 0.15max | S 0.015max | ||
| Ni 3.80-4.20 | Hydrogen loss 0.15max | ||
| LAP100.29DNi4 | Fe Bal. | Ni 3.65-4.35 | 0-180μm |
| C 0.01max | P 0.015max | ||
| Si 0.20max | S 0.015max | ||
| Mn 0.15max | Hydrogen loss 0.15max | ||
| LAP100.29 | Fe Bal. | P 0.015max | 0-180μm |
| C 0.01max | S 0.015max | ||
| Si 0.04max | Hydrogen 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 powder | Solid content 99.0%min | D50 = 11/18/25/32/45/50μm | |
| Flake Aluminum Powder | Water Covering 15000-40000cm2/g ±10% | D50 = 3-5/7-9/15-17/25-32/65-75μm | |
| JCF1 | Fe 98.0min | N 0.80max | D50=4.5-7.0/3.5-4.5/≤3.5μm |
| C 0.80max | O 0.4max | ||
| JCF2 | Fe 99.5min | N 0.01max | D50=2.0-4.5/4.5-7.0/ 7.0-10.0μm |
| C 0.05max | O 0.3max | ||
| STI-Cr200 | Cr 99.0min | Al 0.10max | 0-75μm |
| O 0.20max | Si 0.15max | ||
| Fe 0.50max | N 0.05max | ||
| S 0.015max | Cu 0.05max | ||
| STI-FTD-3 | Cu 99.7min | Fe 0.01max | +75μm: ≤5 -75μm/+45μm: 10-30 -45μm: Bal. |
| O 0.15max | H2O 0.04max | ||
| Pb 0.04max | Insoluble in HNO3 0.05max | ||
| STI-Mo-1 | Mo 99.5min | Mg 0.003max | D50 ≤5μm |
| Pb 0.001max | Ca 0.007max | ||
| Bi 0.001max | P 0.005max | ||
| Sn 0.005max | O 0.20max | ||
| Al 0.005max | |||
| STI-FNiT24 | Ni 99.8min | S 0.0015max | D50 3.0-6.0μm |
| O 0.15max | Co 0.001max | ||
| C 0.15max | Fe 0.0015max | ||
| Sn powder | Sn 99.9min | Pb 0.04max | 0-45μm 0-75μm 0-150μm |
| Fe 0.015max | |||
| Bro-S10 | Cu90Sn10 | +150μm: ≤5 -150μm/+45μm: Bal. -45μm: 20-30 | |
| Bro-S20 | Cu80Sn20 | +75μm: ≤5 -75μm/+45μm: 5-20 -45μm: Bal. | |
| Ni-GB0081R | Ni 99.0min | D50 =0.07-0.08μm | |
| Customized: WC-WB-CoNiCr, WC-Ni-Cr，WC-Co-Cr-Ni, WC-Ni35, WC-Ni12, etc | |||
Applications
Joan Zhou
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Sales
Lucy Wen
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Metallurgical Expert
Mike Wu
+86 – 13862291355
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Quality Control
Luke Zhang
+86 – 15250014048
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