Highly Efficient Thin Film Solar Cells with CuNWs: A Leading Factory's Nano Copper Wires

Thin Film Solar Cells Used High Conductive CuNWs Nano copper wires

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Thin Film Solar Cells Used High Conductive CuNWs Nano Copper wires

Diameter: 100-200nm, length: >5um, purity: >99%. no coating or PVP coating. Application for nano copper wires: 1. Copper nanowires used to make the film, can greatly reduce the potential for mobile phones, e-readers and other display manufacturing costs, and can help scientists build foldable electronic products and improve the performance of solar cells. 2. CuNWs has excellent electrical properties, it can be used to produce nano-circuit devices. 3. The researchers said they developed the copper nanowires in addition to exceed the performance of carbon nanotubes, the price is also lower than the silver nanowire technology, the use of an array of copper nanowires resistance produced, may be included in the printing process at room temperature soft printed on a transparent plastic substrate layer, as the display pixels, solar core or processor. 4. Cu due to the low resistance, electromigration resistance is good, low cost, etc. have become the most commonly used conventional electronic circuit conductors, and therefore suitable for research and development in microelectronics and semiconductor element metal Cu nanowires have great prospect . 5. Copper nanowires as a new catalyst has high reactivity, selectivity, etc., but because of the high surface nanowires could lead to its easy reunion eventually lose catalytic activity, and so are generally choose a suitable ligand for Nano copper modified to improve its dispersibility, agglomeration avoid deactivation of catalytic activity. 6. nano copper wire array has a very low electric field and high stability open, in the cold field emission source also has good prospects. 7. Because a large proportion of the nano copper surface atoms, with strong surface activity, so the need for copper nanowires different surface modification treatment, resolve and poor dispersion stability and other issues, is expected to be good photocatalytic applications.

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