Preparation method, performance characteristics, and application prospects of nano silver wire graphene based flexible transparent conductive film

Nano silver wire -Graphene based flexible transparent conductive filmIt has always been a research topic of great concern in the field of conductive materials. The preparation method and performance advantages and disadvantages are of great significance for practical applications. This article will explore the preparation methods, performance characteristics, and application prospects.

1. Preparation method

The preparation of nano silver wire graphene based flexible transparent conductive films usually adopts methods such as chemical reduction and solution immersion. Among them, chemical reduction method is one of the commonly used preparation methods. This method mainly involves mixing graphene oxide with silver hydroxide suspension, and forming a conductive thin film after reduction reaction. The conductive film prepared by this method has excellent conductivity and transparency, and can be widely used in fields such as flexible displays and touch screens.

2. Performance characteristics

Nano silver wire graphene based flexible transparent conductive film has unique performance characteristics, including high conductivity, excellent flexibility, and excellent transparency. Research has shown that the resistivity of the conductive film can reach 10 ^ -3 Ω∙ cm, and the transmittance can reach over 90%. It has good flexibility, can be bent, and maintains good conductivity. These performance characteristics make nano silver wire graphene based conductive films have broad application prospects in flexible electronics, optoelectronic devices, and other fields.

3. Application prospects

Nano silver wire graphene based flexible transparent conductive film has broad application prospects in flexible electronics, optoelectronic devices and other fields. For example, in the field of flexible electronics, this conductive film can be applied to products such as flexible touch screens and flexible displays, improving the flexibility, transparency, and conductivity of the devices. In the field of optoelectronic devices, this conductive film can be used in products such as flexible solar cells and flexible optoelectronic sensors, improving the transparency and conductivity of the devices, and enhancing their performance and stability.

In summary, nano silver wire graphene based flexibilitytransparent conductive filmThe preparation and performance research of the material are of great significance for promoting the development of flexible electronics, optoelectronic devices and other fields. In the future, with the continuous advancement of technology and the increasing demand for applications, it is believed that the nano silver wire graphene based conductive film will have a wider range of application scenarios, bringing more convenience and development opportunities to human society.