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Catalog Number:
47069
CAS Number:
7440-50-8
Copper nanowires immersed in ethanol, 5g/25ml (150±50 nm dia, ≥ 5 micron length)
Hazmat
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$272.70 /5G
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Product Information

Copper nanowires immersed in ethanol are a cutting-edge material with significant applications in various fields, particularly in electronics and nanotechnology. These nanowires, characterized by their diameter of approximately 150±50 nm and length of around 5 microns, offer exceptional electrical conductivity and flexibility, making them ideal for use in transparent conductive films, sensors, and advanced electronic devices. Their unique properties allow for enhanced performance in applications such as touch screens, solar cells, and flexible electronics, where traditional materials may fall short.

Moreover, the use of ethanol as a medium for these nanowires facilitates easy dispersion and integration into various substrates, ensuring uniformity and stability in the final product. Researchers and industry professionals can leverage the advantages of copper nanowires to develop innovative solutions that require high conductivity and lightweight materials. With their potential to revolutionize electronic components, these nanowires are a valuable addition to any advanced materials portfolio.

CAS Number
7440-50-8
Molecular Formula
Cu
Molecular Weight
63.55
PubChem ID
23978
Appearance
Brown red wires
Mesh Size
APS 150±50 nm dia, = 5 micron length
Conditions
Store at 2 - 8 °C
General Information
CAS Number
7440-50-8
Molecular Formula
Cu
Molecular Weight
63.55
PubChem ID
23978
Appearance
Brown red wires
Mesh Size
APS 150±50 nm dia, = 5 micron length
Conditions
Store at 2 - 8 °C
Properties
Additional property information coming soon!
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Safety and Regulations
Hazmat
Yes
Antibiotic
No
DEA-regulated
No
Warnings
-
Applications

Copper nanowires immersed in ethanol is widely utilized in research focused on:

  • Flexible Electronics: These nanowires are essential for creating transparent conductive films used in touchscreens and flexible displays, offering superior conductivity compared to traditional materials.
  • Energy Storage: In batteries and supercapacitors, copper nanowires enhance charge storage capacity and improve overall performance, making them a preferred choice for advanced energy solutions.
  • Biomedical Applications: Their antibacterial properties make copper nanowires suitable for use in medical devices and coatings, reducing infection rates in healthcare settings.
  • Photovoltaics: Used in solar cells, they help improve light absorption and conversion efficiency, contributing to more effective renewable energy technologies.
  • Sensor Technology: The high surface area of copper nanowires allows for the development of sensitive sensors for detecting gases or biomolecules, which is crucial in environmental monitoring and healthcare diagnostics.

Citations