Cu nanowires 40-230nm

Cu nanowires 40-230nmProduct Name NameCu nanowires 40 230nm Product Overview Copper itself is an excellent conductive material, and its conductivity remains excellent even when made into nanowires. However, due to factors such as nanoscale and surface effects, the conductivity of copper nanowires may differ from that of macroscopic bulk copper. For example, surface oxidation or impurity adsorption may reduce its conductivity to some extent, but under appropriate

Product Name

^{Name：Cu nanowires 40-230nm}

Product Overview

^{Copper itself is an excellent conductive material, and its conductivity remains excellent even when made into nanowires. However, due to factors such as nanoscale and surface effects, the conductivity of copper nanowires may differ from that of macroscopic bulk copper. For example, surface oxidation or impurity adsorption may reduce its conductivity to some extent, but under appropriate preparation and processing conditions, copper nanowires can still maintain high conductivity, making them widely applicable in fields such as electronic devices.}

^{The resistance of copper nanowires changes with their size and temperature. At the nanoscale, quantum effects may have an impact on resistance. For example, when the diameter of copper nanowires decreases to a certain extent, quantum confinement effect occurs, leading to an increase in resistance. Copper nanowires exhibit different mechanical properties from macroscopic copper materials. Due to the size effect at the nanoscale, copper nanowires have high strength and hardness. For example, it can withstand high stress without significant deformation or fracture, which gives it an advantage as a reinforcing phase in composite materials.}

^{Its good flexibility is also an important mechanical characteristic. Copper nanowires can bend and twist to a certain extent without damaging their structure and properties, which is crucial for the preparation of flexible electronic devices and other applications. For example, in wearable electronic devices, copper nanowires can adapt to the bending and deformation of the device while maintaining good conductivity.}

^{Technical Parameter}

Diameter:40-230 nm

Length:10-30 μm

Solvent:EtOH/water

Purity:99%

Concentration:~10 mg/mL

^{Product Features}

^{Good conductivity: Like silver, it has excellent conductivity.}

^{Excellent transparency: The nanoscale size effect gives it this characteristic.}

^{Excellent flexural flexibility: able to maintain good performance even when bent or folded.}

^{High aspect ratio effect: gives it outstanding advantages in applications such as conductive adhesives and thermal conductive adhesives.}

^{More reactive chemical properties: Nano copper exhibits more reactive chemical properties than ordinary copper and is more prone to react with oxygen than ordinary copper.}

^{Application Fields}

^{Optoelectronic devices: can be used to manufacture high-performance optoelectronic devices;}

^{Thin film solar cells: There are numerous applications in the research of thin film solar cells, which can help improve the performance of the cells;}

^{Conductive adhesive and thermal conductive adhesive: Their large aspect ratio effect gives them outstanding advantages in applications such as conductive adhesive and thermal conductive adhesive;}

^{Flexible electronic devices, such as flexible friction nanogenerators, provide new ideas for the industrial application of large-area single-crystal graphene films and the large-scale manufacturing of high-performance flexible electronic devices;}

^{Integrated circuits: can be used as microelectronic components for developing new generation electronic technologies;}

^{Sensors: have potential applications in chemical or biological sensors.}

^{Related Information}

^{It is normal that the Cu nanowires will precipitate in the bottle. Please sonicate it using a ultrasonic cleaner with a slightly higher power , and stir with a stirring rod. Generally, less than 3 min with 300 W ultrasonic power and less than 1 min with 600-800 W ultrasonic power. After uniform dispersion, it can be maintained for a period of time without sedimentation.}

^{Please e-mail for the detailed characterization data.}

^{E-mail:[email protected]}