Graphene nano silver wire: a disruptor for the next generation of flexible transparent conductive films

With the continuous advancement of technology, the demand for flexible touch screens is increasing, and the conductive film, as a key material, also needs continuous innovation and improvement. Advanced Institute of Technology This article will introduce a brand new material——Graphene nano silver wire composite flexible transparent conductive filmCompared to traditional ITO materials and metal grids, it has better performance and more flexible application prospects.

1、 The evolution of flexible touch screen materials

With the popularization of touch screen technology, flexible touch screens are gradually favored by the market due to their flexible and lightweight characteristics. As one of the key components of touch screens, conductive films also require better flexibility and transparency performance. However, traditional ITO materials are not suitable for flexible touch screen applications due to their strong brittleness.

2、 Advantages of Graphene Nanosilver Wires

1. Better bending resistance

Compared to ITO materials, graphene nanosilver wire composite flexible transparent film has better bending resistance. This means that in long-term use and bending, the graphene nano silver wire composite flexible transparent conductive film can maintain its good conductivity and is less prone to breakage and failure.

2. Higher transmittance and lower haze

Under the same resistance conditions, graphene nanosilver wire composite flexible transparent conductive film has higher transmittance and lower haze compared to ITO material. This means that in touchscreen applications, users can achieve clearer and brighter display effects, improving their viewing experience.

3. More advantageous prices

Compared to graphene nano silver wire composite flexible transparent conductive filmITO materialHaving a more advantageous price under the same performance parameters. This provides a more cost-effective option for large-scale commercial applications.

4. Achieve higher requirements for double-sided conductivity

There are difficulties in achieving double-sided coating with ITO film, and high-end products usually require the use of GFF structure, which has poor optical performance and low yield. Graphene nano silver wire composite flexible transparent conductive film can easily achieve double-sided conductivity, with superior optical performance and higher yield, improving product reliability and production efficiency.

3、 Comparison of Graphene Nanosilver Wires and Metal Grids

1. There is no Murray interference problem

Compared to metal grids, graphene nanosilver wire composite flexible transparent conductive films do not exhibit Murray interference problems in applications. This means that graphene nano silver wire conductive film can ensure the precision and reliability of touch screens, providing a better touch experience.

2. Advantages of large-sized applications

Compared to metal grids, the application size of graphene nano silver wire composite flexible transparent conductive film is not limited and has great advantages. Whether it is a large-sized TV, monitor, or other large-area touch screen application, graphene nano silver wire conductive film can meet the needs and maintain good conductivity and transparency.

3. High performance square resistance and bending radius

Graphene nano silver wire composite flexible transparent conductive film not only achieves high-performance square resistance, but also has a transmittance of over 90% at 30-50Q, as well as lower haze and smaller bending radius. This enables it to achieve flexible and reliable use in more application scenarios, with stronger bending resistance.

stayFlexible touch screen materialIn the evolution of graphene nanosilver wire composite flexible transparent conductive film, it has become a disruptor of the next generation of materials with its excellent performance and broad application prospects. Compared to traditional ITO materials and metal grids, it has better flexibility, higher transparency, and more competitive prices. In the future, graphene nano silver wire conductive film will shine in various touch screen products, bringing users a better touch experience.