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AEM Deposition

Nickel Powder

Nickel Powder
Nickel Powder

Introduction:


Nickel powder can be divided into electrolytic nickel powder, reduced nickel powder and atomized nickel powder.

There are widely use in different area. The electrolytic nickel powder and reduced nickel powder are main materials for Powder metallurgy. These powders are widely used in synthetic diamond tools, cemented carbide, electrometallurgy, machinery, energy and other industrial sectors. The Atomized nickel powder is irregular shape, which mainly used in high specific gravity alloys, diamond diamonds, special welding rods, surface coating and powder metallurgy parts.

AEM spherical nickel powder is controlled by its particle size and apparent density range. The combination of fine particle size, dendritic surface, high purity and unique shape have spurred a long list of applications including high purity magnetic alloys, silver-nickel electrical contacts, welding electrodes, anti-seize lubricants, friction components, nickel catalysts, roll compacted strip and organo-nickel compounds.

AEM high purity filamentary powder that has been screened to remove large or agglomerated particles. It is used in conductive coatings, adhesives and gaskets. Filamentary powder excellent corrosion resistance, good conductive properties and unique filamentary shape make it very effective in radio frequency and electromagnetic shielding coatings. Small amounts added to coil coatings enhance weld ability.

Main application of Nickel Powder
Powder metallurgy industry.
Chemical industry for chemical reaction.
Welding
Diamond tools
Hard alloy
Electric conductive slurry
Electronic materials
MLCC

AEM provides nickel powder and nickel based alloy powders in high quality with great density. Please contact us if you didn't find the powders you need. The powder sizes can be customized by your requests.

Nickel Metal powder:


Nickel metal powder is hard to dissolve in sulphuric acid but easily it dissolves in nitric acid. Nickel powder is used as a catalyst in numerous chemical reactions, welding, powder metallurgy and in magnets manufacturing.
 
Grade Product Name Chemical Composition (wt%) Particle Size Melting Point (℃) Apparent Density (g/cm3) Flow Rate Properties
Ni-1 Electrolytic Nickel powder  Ni+ Co:  ≥ 99.5%
Other: ≤ 0.5%
 -200 mesh
 -300 mesh
customized sizes avaliable
1455℃ 1.20 - 1.40       - Gray-black dendritic powder
Ni-2 Reduced Nickel powder  Ni:  ≥ 99.5%
C:  ≤ 0.08%
Other: ≤ 0.3%
 ≤ 5 um
customized sizes avaliable
1455℃ 1.0 - 2.0      - Gray-black dendritic powder
Ni-3 Atomized Nickel powder Ni+ Co:  ≥ 99.8%
C:  ≤ 0.03%
Fe:  ≤ 0.04%
Si:  ≤ 0.03%
Other: ≤ 0.5%
 -200 mesh
customized sizes avaliable
1455℃ 1.8 - 4.8  ≤ 30 S/50g Gray quasi-spherical powder

Nickel Alloy Powder:


Nickel alloy powder is good sphericity, fluidity, low melting point, good wettability, strong oxidation, corrosion resistance and good wear resistance. It can be used in manufacturing of powder metallurgy products such as powder metallurgy parts and nickel-containing strips. High hardness nickel-chromium-boron alloy powder is widely used in wear-resistant, corrosion-resistant alloy powder. Nickel-chromium alloy powder has good high-temperature oxidation resistance, the coating can work at less than 980 degrees. The coating has good toughness and good machinability. It is suitable for all spray processes and equipments, which is mainly for the protection coating of steel and low alloy parts under high temperature conditions, or as the binder phase of carbide coating.
 

Grade Product Name Chemical Composition (wt%) Particle Size Hardness Temperature
Ni-4 NiCr alloy powder Ni:Bal
Cr:50

 -140+325 mesh

 -45+15 um
HRC 25 ≤ 900℃
Ni-5 NiCr alloy powder Ni:Bal
Cr:20

 -140+325 mesh

 -45+15 um
HRC 20 ≤ 980℃
Ni-6 Hastelloy powder Ni:Bal
Cr:21
Mo: 15
W: 3.0
Fe: 2.0
Co: 2.0

 -140+325 mesh

 -45+15 um
HRC 20 ≤ 900℃
Ni-7 Inconel 718 Ni: Bal
Cr: 20
Mo: 3.0
Fe: 18
Co: 1.0
Nb: 5.0

 -140+325 mesh

 -45+15 um
HRC 40 ≤ 950℃
Ni-8 Inconel 625 Ni: Bal
Cr: 22
Mo: 9.0
Fe: 5.0
Nb: 4.0

 -140+325 mesh

 -45+15 um
HRC 20 ≤ 950℃
Ni-9 High temperature alloy powder Ni: Bal
Cr: 6.0
Mo: 3.0
Al: 4.0
W: 30
Fe: 3.0
Co: 6.0
Ti: 1.0

 -140+325 mesh

 -45+15 um
HRC 30 ≤ 800℃
Ni-10 High temperature alloy powder (IN713C) Ni: Bal
Cr: 11.5- 13.5
Mo: 3.8-4.8
Al: 5.5-6.4
Ti: 0.5-1.0
Nb: 1.8-2.5
15-45um
15-53um
53-120um
53-150um
 
          -           -
Ni-11 High temperature alloy powder (IN939) Ni: Bal
Cr: 21.5- 23.5
Co: 18-20
W: 1.8-2.2
Al: 1.7-2.1
Ti: 3.5-3.9
Ta: 1.2-1.6
Nb: 0.8-1.2
Zr: 0.05-0.14
15-45um
15-53um
53-120um
53-150um
 
          -           -
Ni-12 NiCrMoSi alloy powder Ni: Bal
Cr: 5.0
Si: 2.0
Fe: 5.0
B: 1.0
C: 0.15
 -140+325 mesh
 
HRC 15 ≤ 700℃
Ni-13 NiCrMoSi alloy powder Ni: Bal
Cr: 7.0
Si: 2.8
Fe: 5.0
B: 1.5
C: 0.2
 -140+325 mesh
 
HRC 25 ≤ 700℃
Ni-14 NiCrMoSi alloy powder Ni: Bal
Cr: 9.0
Si: 3.0
Fe: 5.0
B: 2.0
C: 0.3
 -140+325 mesh
 
HRC 35 ≤650℃
Ni-15 NiCrMoSi alloy powder Ni: Bal
Cr: 13.0
Si: 3.0
Fe: 10.0
B: 2.5
C: 0.45
 -140+325 mesh
 
HRC 45 ≤650℃
Ni-16 NiCrMoSi alloy powder Ni: Bal
Cr: 15.0
Si: 3.0
Fe: 10.0
B: 3.0
C: 0.75
 -140+325 mesh
 
HRC 55 ≤650℃
Ni-17 NiCrMoSi alloy powder Ni: Bal
Cr:17.0
Si: 5.0
Fe: 10.0
B: 3.5
C: 0.8
 -140+325 mesh
 
HRC 60 ≤650℃
Ni-18 NiCrMoSi alloy powder Ni: Bal
Cr:17.0
Si: 5.0
Fe: 5.0
B: 3.5
C: 0.8
 -140+325 mesh
 
HRC 60 ≤650℃
Ni-19 NiCrMoSi alloy powder Ni: Bal
Cr:17.0
Si: 5.0
Fe: 3.0
B: 3.5
C: 0.9
 -140+325 mesh
 
HRC 60 ≤650℃
Ni-20 MCrAlY alloy powder Ni: Bal
Cr: 25.0
Al: 7.5
Y: 0.9
Ta: 10
Si: 0.8
C: 2.0
                  - HRC 20-30 ≤ 950℃
Ni-21 MCrAlY alloy powder Ni: Bal
Cr: 25.0
Al: 6.0
Y: 0.5
Co: 23
                 - HRC 20-30 ≤ 950℃

Metal Ceramics Powder


Grade Product Name Chemical Composition (wt%) Particle Size Hardness Temperature
Ni-22 20NiCr80Cr3C2 Cr3C2: Bal
NiCr: 20
 -325 + 500 mesh HV0.3 900-1000 ≤ 850℃
Ni-23 25NiCr75Cr3C3 Cr3C2: Bal
NiCr: 25
 -325 + 500 mesh HV0.3 800-1000 ≤ 850℃
Ni-24 30NiCr75Cr3C3 Cr3C2: Bal
NiCr: 30
 -325 + 500 mesh HV0.3 800-1000 ≤ 850℃
Ni-25 Nickel Base Self-Fluxing Powder with Tungsten Carbide  Ni60A + 35W-Ni  -140+325 mesh HRC 65 ≤ 600℃
Ni-26 Nickel Base Self-Fluxing Powder with Tungsten Carbide  Ni60A + 50W-Co  -140+325 mesh HRC 65 ≤ 600℃
Ni-27 Nickel Base Self-Fluxing Powder with Tungsten Carbide  Ni60A + 35W-Co  -140+325 mesh HRC 65 ≤ 600℃
Ni-28 NiAl composition powder Ni: Bal
Al: 20
 -140+325 mesh HRC 20 ≤ 800℃
Ni-29 NiAl composition powder Ni: Bal
Al: 5
 -140+325 mesh HRC 20 ≤ 800℃
Ni-30 NiMoS2 composition powder Ni: Bal
MoS2: 22
 -140+325 mesh HRC 20 ≤ 480℃
Ni-31 NiC composition powder Ni: Bal
C: 25
 -140+325 mesh HRC 20 ≤ 480℃
Ni-32 NiC composition powder Ni: Bal
C: 50
 -140+325 mesh HRC 20 ≤ 480℃
Ni-33 NiC Artificial composition powder Ni: Bal
C: 25
 -140+325 mesh HRC 20 ≤ 480℃
Ni-34 NiAl2O3 composition powder Ni: Bal
Al2O3: 23
 -140+325 mesh HRC 40 ≤ 800℃
Ni-35 NiCrAl composition powder Ni: Bal
Cr: 7.5
Al: 5
 -140+325 mesh HRC 20 ≤ 800℃
Ni-36 NiMoAl composition powder Ni: Bal
Cr: 5
Mo: 5
 -140+325 mesh HRC 20 ≤ 650℃

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