Pure Metal
Pure Metal Nano Powder Series
(Pure Metal)
We offer 100–200 nm spherical nanopowders manufactured
from a variety of metals that are composed of high-purity metal particles.
from a variety of metals that are composed of high-purity metal particles.
The Pure Metal Nanopowder Series features 100–200 nm spherical, high-purity metal nanopowders withexcellent electrical conductivity, dispersibility, and thermal stability, enabling broad applications across the electronics, energy, and composite materials industries.
Features
- Material Design Tailored to User Needs
- These nanopowders are manufactured as pure metals without surface coating, allowing users to apply customized surface treatments or coatings to meet their specific requirements.
1
- High-Purity Metal (≥99.9%)
- Ensures minimal impurities and reliable material properties
2
- Spherical Nanoparticle Structure
- Offers uniform dispersion and high packing density
3
- Excellent Electrical & Thermal Conductivity
- Preserves the intrinsic properties of metals for superior conductivity
4
- Broad Range of Applications
- Applicable across variousindustries including materials, electrodes, composites, electronic components, and aerospace
Detailed Product Specifications
| Item | Description |
|---|---|
| Product Name | Pure-Si / Pure-Cu / Pure-Ag / Pure-Ti / Pure-Ni |
| Material | (Silicon, Si), (Copper, Cu), (Silver, Ag), (Titanium, Ti), (Nickel, Ni) |
| Particle size, D | 100 – 200 nm |
| Shape | Spherical |
| Surface | Uncoated, Pure Metal |
| Purity | ≥ 99.9 % |
| Color | Natural Metallic Color |
| Remarks | The spherical metal nanopowders with a particle size of 100–200 nm, manufactured from ≥99.9% high-purity metals, exhibit excellent electrical and thermal conductivity, uniform particle size distribution, and high packing density. |
* Pure-Si/Cu/Ag/Ti/Ni spherical nano powder (100–200 nm, ≥99.9 %, spherical)
Applications
- Conductive Inks & Pastes
- High-conductivity materials for printed electronics and printed circuit boards (PCBs)
- Composite Material Additives
- Used to enhance the electrical and mechanical properties of metal and polymer matrix composites
- Energy & Electrode Materials
- Electrode materials for batteries, fuel cells, and supercapacitors
- Electronic Device& Thermal Conductivity Components
- Materials for heat dissipation sheets, electrodes, and high-performance electronic components
- Aerospace Structural Materials
- Advanced materials for aircraft and satellite components requiring both lightweight and high-strength characteristics
- Coating & Surface Treatment Materials
- Raw materials for protective coatings for oxidation and wear resistance and thermally conductive coatings
- Sensor & Catalyst Materials
- Applied in catalysts, gas sensors, and chemical sensors utilizing high surface activity