Ultra-fine Electrical Conductivity Copper (Cu) Nanopowders
| Stock # |
Particle size |
Purity |
Morphology |
| B036 |
0.8um |
99.5% |
Spherical |
| B037 |
1-2um |
99.5% |
Single crystal |
| B038 |
5-6um |
99.5% |
Single crystal |
| B039 |
10um |
99.5% |
Single crystal |
Properties of Ultra-fine Electrical Conductivity Copper Nanopowders:
1. Suitable particle fineness
2. High purity, can reach more than 99.9%.
3. The particle size distribution is relativelyconcentrated, good powder properties.
4. Particle size is good , easy to disperse.
5. The composite antioxidant capability, ease ofstorage and use .
Application for Ultra-fine Copper nanopowders:
1. Sub-micron ultra fine copper powder has a goodthermal conductivity, electrical conductivity, and the oily,non-oily mixed material liquid can transfer information
2. As a grinding repair copper paste, used forprecision grinding and finishing equipment;
3. Run- through of the engine repair, metalsurface friction wear-resistant copper alloy to form a protective layer,improves the precision and performance indicators related to the engine.
4. Sub-micron copper with high activity andbactericidal properties, sub-micron ultra-fine copper powder can efficientlykill bacteria and viruses
5. In the machining industry, ultra-fine coppereasily combined with iron, aluminum alloy and other metal material into thematerial, as a wear-resistant repair material.
6. The electronics industry, ultra-fine copper powder is preferably a conductive composite material, an electrode paste for electronic packaging materials, and the internal electrode terminal manufacturing a multilayer ceramic capacitor, the electronic components, willbring the quality than ordinary copper and performance the tremendous changes.
7. Produce functional coatings and conductive coating paint bactericidal Health
8. Solve the problem of electro magnetic shielding and conductive ABS, PPO, PS and other engineering plastics and wood ,production engineering electromagnetic shielding material has a low cost, easyto paint, good electromagnetic shielding effect , the advantages of a wide range of applications , especially suitable for engineering plastic productsfor the electronics housing anti- electromagnetic interference.
9. Lubricated wear and repair materials
