100-300 nanometer copper powder provides optimized electrical conductivity, superior thermal stability, and enhanced dispersion properties. Designed for advanced applications, it ensures efficient material integration, extended durability, and high-performance adaptability.
Product Overview
The 100-300 nanometer copper powder is a high-purity nano-sized copper particle, offering excellent dispersibility and surface activity. The particle size ranges from 100 to 300 nanometers, providing a large specific surface area suitable for a variety of high-end applications. With superior conductivity, catalytic properties, and lubrication effects, this copper powder is an essential raw material in electronics, lubrication, and catalysis industries.
Features
- High Purity: Copper content exceeds 99%, ensuring excellent performance and stability.
- Nanometer Particle Size: The particle size range of 100-300 nanometers provides a larger surface area, enhancing product performance.
- Spherical Particles: The spherical morphology of the particles ensures excellent flowability and dispersibility.
- Excellent Conductivity: Copper powder offers strong conductivity, making it suitable for electronic and electrical applications.
- Catalytic and Lubricating Properties: The copper powder exhibits good catalytic activity and lubrication effects, ideal for the production of catalysts and lubricants.
Applications
- Catalysis: Used in catalytic reactions to enhance efficiency, widely applied in chemical synthesis and energy sectors.
- Lubrication: As an additive in lubricants, it reduces friction, improves lubrication, and extends the service life of equipment.
- Conductive Copper Paste: Used in the production of conductive copper paste, extensively applied in the manufacturing of electronic components and batteries.
- Printed Circuit Boards (PCBs): Used in PCB manufacturing to provide excellent conductivity, ensuring the stability and reliability of circuits.
Parameter | CU100 |
Purity | >99% |
Primary Particle Size | 100-300 nm |
Average Particle Size | 1 µm |
Specific Surface Area | 1-10 m²/g |
Morphology | Spherical |