NanoAgNWs transparent conductive film is a new type of transparent conductive film, mainly composed of high-purity silver (purity up to 99.9999%)

At present, with the development of flexible electronics, the demand for transparent conductive films is also growing. However, ordinary ITO films cannot meet the requirements of flexible electronic products in terms of film thickness, conductivity and anti-aging performance.

NanoAgNWs transparent conductive film is a new type of transparent conductive film, mainly composed of high-purity silver (purity up to 99.9999%), using ultrafine and ultra-thin silver nanowires as the conductive material, deposited on a glass substrate. Nano silver wires have good conductivity and transparency, and can be used as an important component of flexible electronics, with the potential to be widely applied in the field of flexible electronics.

Nano silver wire transparent conductive filmIt is a new type of transparent conductive film material with the following advantages:

1) Its resistivity is much lower than that of ITO transparent film;

2) Its thickness can be controlled below 4 μ m and it has good conductivity;

3) Its transmittance is close to 90%;

4) Specific series of products can be developed according to customer needs (such as silver nanowires, silver nanowires, silver nanowires);

5) Compared with ITO transparent film, it has higher optical resolution.

With the development of the flexible electronics industry and the increasing demand for ultra-thin, ultra light, and low power consumption, transparent conductive films of silver nanowires have broad application prospects in flexible electronic products.

NanoAgNWs transparent conductive film can be widely used in display fields such as flat panel displays, tablet displays, and laptop displays, such as display screens, TV screens, mobile phone screens, etc.

1. Excellent performance: resistivity of 300~1000 Ω• m, transmittance exceeding 90%, better than ITO transparent film (75%);

2. Advanced technology: By using advanced deposition technology combined with vacuum evaporation film formation process, good transmittance and resistivity can be obtained;

3. Easy to use: It has good conductivity, mechanical strength, and thermal properties, and can be applied to flexible electronic products;

4. Green and environmentally friendly: It does not contain harmful heavy metals, any toxic elements, does not pollute the environment, and complies with relevant national environmental standards;

1. Nano silver wire transparent conductive filmIt has high optical quality, with an average transmittance of over 85% and an average thickness of only 4 μ m, while the transmittance of ITO film is about 70-80%. The surface of the product made of transparent conductive film made of nano silver wire is smooth and delicate, with excellent transparency and bending resistance.

2. Nano silver wire transparent conductive film has good durability and can generally maintain surface roughness for more than 5 years without affecting the mirror effect of the product surface. Nano silver wire transparent conductive film is not affected by light reflection and refraction, and has excellent durability.

3. Nano silver wire transparent conductive film is made by depositing nano silver wire as a conductive material on a glass substrate. The preparation process is simple, the production efficiency is high, and the cost is low.

Nano silver wire transparent conductive film is mainly used in electronic products such as touch screens, displays, flexible displays, touch screens, etc.

For example, a touch screen based on nano silver wire transparent conductive film developed by a certain optoelectronic company in Zhejiang Province is characterized by flexibility. The company's independently developed "method for preparing nano silver wire transparent conductive film" is used to deposit the nano silver wire conductive film on a glass substrate, and then organically combine the nano silver wire conductive film with the touch screen to successfully develop a flexible touch screen with high touch sensitivity, high contrast, low power consumption, and ultra-thin characteristics. In addition, the optical resolution of silver nanowires can be changed by adjusting their thickness.