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Ultra-Fine Nickel Powders
(R&D)

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  • #UltraFinePowder
  • #UniformParticleSizeDistribution
  • #LowImpurities
  • #SphericalParticles

Features of Ultra-Fine Nickel Powders

Ultra-fine Powder less than 0.1 Microns with Unique Technology

packing

Ultra-Fine Powders
Below
0.1µm with
Proprietary Wet Synthesis Technology

packing

Uniform Particle Size
Distribution
in Ultra-Fine Powder

down

Low Inorganic
Impurities
from Organic Materials

adjust

Smooth, Spherical
Particles
with Minimal
Surface Roughness

*Note: These values provided are representative of our development products. For more specific product details, please contact us.

Properties of Ultra-Fine Nickel Powders

Uniform Particle Size with
Our Unique Wet Process

MIT-60
MIT-100

Developed ultra-fine nickel powder less than 0.1 microns using unique wet synthesis technology cultivated over many years. Despite being fine particles, it has uniform particle size distribution and excellent dispersibility. Additionally, it has low impurities and minimal presence of organic-derived impurities typically seen in products from the wet process, making it suitable for various electronic components.

Lineup of Ultra-Fine Nickel Powders

Particle Size Series of
Ultra-Fine Nickel Powders

If the product you are looking for is not in our lineup, please feel free to contact us

Typical value Developed product name:(MIT-60) Developed product name:(MIT-100)
SEM particle size (nm) 60 nm 100 nm
Specific surface area (㎡/g) 14 to 16 ㎡/g 9 to 11 ㎡/g
O(wt%) 2.5 to 3.0 wt% 1.8 to 2.2 wt%
C(wt%) 0.15 to 0.25 wt% 0.1 to 0.15 wt%

Access Detailed Information

Download Materials of Ultra-fine Nickel Powder

For more details, please download for detailed product information, including specifications.
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Ultra-fine nickel powders

Ultra-fine nickel powders

MIT-60, MIT-100

  • Features
  • Uniform particle size distribution generated by wet synthesis method
  • Spherical particles with minimal surface irregularities
  • Characteristics
  • Particle size distribution of nickel powder
  • Sinterability of nickel powder (measured by TMA)
View all

Applications and Usage Examples of Ultra-Fine Nickel Powders

Main Applications and Potential Uses

超微粒ニッケル粉

Our nickel powders have spherical shape and smooth surface and there are few agglomerated or consolidated particles in them. These features make them suitable for use in various functional inks, slurries, and pastes.

The following applications are expected:

  • Various electrode materials (conductive paste)
  • Catalysts for chemical reactions (hydrocarbon reforming, hydrogenation reactions)
  • Magnetic materials (data storage, magnetic sensors)
  • Electromagnetic shielding materials
  • Sintering materials

Case Studies of Ultra-Fine Nickel Powders

Uniform Particle Size with Wet Synthesis

Wet synthesis is a particle synthesis process involving chemical reactions in water or other solutions. It is used for synthesizing various materials such as nanoparticles, metal complexes, and oxides. Our ultra-fine nickel powder is produced via wet synthesis and has a uniform particle size distribution. For more details about the wet synthesis process, please see the column “What is Crystallization?” as following.

Crystallization Used for Metal Powder Manufacturing|X-MINING|Sumitomo Metal Mining

FAQ

FAQ about Ultra-Fine Nickel Powder

What is the particle size range of the fine nickel powder?
Our ultra-fine nickel powders have a particle size range of 0.06 to 0.10 microns. We can also provide customized products based on specific applications or requirements. Please feel free to consult us.
What applications are suitable for fine nickel powder?
Fine nickel powder is suitable for a wide range of industrial applications, including electronic components, batteries, catalysts, and conductive pastes. It exhibits excellent performance, especially in applications requiring high conductivity and corrosion resistance.
What are the benefits of fine particles?
Fine nickel powder has a larger surface area, leading to improved chemical reaction efficiency. This enhances its performance as a catalyst and as electrode material for batteries. Additionally, fine particles enable uniform dispersion, ensuring high quality in the production of conductive pastes and electronic components.

Contact Us with Your Questions and Ideas

ombining Sumitomo Metal Mining’s expertise with industry insights, X-MINING is here to innovate and solve challenges.
If you see potential, don’t hesitate to reach out with any questions you may have!