Ag nanowire-60nm(For spin coating and spraying)

Product Name

Name:Ag nanowire-60nm(For spin coating and spraying)

^{Product Overview}

Silver nanowire thin film is a network like structure formed by random overlapping of silver nanowires. The charge is transmitted along the silver nanowire network while incident light passes through the gaps between the nanowires, making the silver nanowire film both conductive and transparent. In addition, its excellent flexibility makes it an ideal material to replace traditional ITO transparent electrodes.

The silver nanowires provided by our company have a suitable aspect ratio, minimal agglomeration, and are specifically suitable for the preparation of transparent electrodes and sensors using spin coating and spray coating methods.

^{Technical Parameter}

Average Diameter:60nm

Length: 20-50μm    

Concentration:20mg/ml    

Purity: 98 wt%

Solvent:Water, IPA

^{Product Features}

High transparency: It has good transparency in the visible light range, allowing it to maintain clear visual effects in applications.

Excellent conductivity: possessing metallic properties and excellent conductivity.

Good flexibility: can bend and fold, suitable for flexible electronic devices.

High specific surface area: conducive to improving its application performance in electronic components, optoelectronic devices, biomedical and other fields.

Good dispersibility: less aggregation, able to be uniformly dispersed in solution, convenient for spin coating and spray coating.

Strong adhesion with substrate: can be combined with various substrate materials to form a stable electrode structure.

The preparation method is simple: spin coating and spray coating methods are relatively simple and easy to achieve large-scale production.

Application Fields

Flexible display devices: can be used to manufacture flexible mobile phone screens, tablet screens, foldable displays, etc. Its excellent flexibility and conductivity enable the screen to maintain a stable display effect even when bent or folded.

Touch screen: A touch screen applied to smartphones, tablets, and other electronic devices, providing sensitive touch response and clear visual effects.

Smart wearable devices, such as smart watches and wristbands, have display screens and sensors that can adapt to the bending and stretching needs of the device while maintaining good performance.

Solar cells: As transparent conductive electrodes, they help improve the light capture efficiency and electrical energy output of solar cells.

Electronic paper: provides clear display and good conductivity for electronic paper, achieving low-energy display effects.

Transparent heating element: used for defrosting and defogging car windshields, airplane portholes, and intelligent heating of building windows.

Biosensors play a role in detecting biomolecules, physiological indicators, etc. Due to their high transparency and conductivity, they can achieve real-time and sensitive detection.

Transparent electromagnetic shielding material: It can effectively shield electromagnetic radiation without affecting visibility and appearance.

^{Related Information}

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