Nano silver transparent conductive film in fields such as transparent electrodes, thin film switches, and thin film solar cells

Nano silver transparent conductive filmThe main component is tin oxide. High oxide content and strong conductivity of tin oxide. The ITO glass used in LCD displays is a conductive glass with high transmittance. Because ITO has strong water absorption, it can absorb water and carbon dioxide from the air, causing chemical reactions and deterioration. Commonly known as' moldy ', it is important to store it in a moisture-proof manner.

The transmittance of the nano silver transparent conductive film coating is approximately inversely proportional in the visible light range; For example, when the surface resistivity of the coating is below 10/SQ, it can be seen that the transmittance can reach 80%, but if the transmittance is greater than 90%, the surface resistance must be increased by 100/SQ.

Its thickness is 0mm5-0.188mm . Resistance: -1000, pass rate: 86. The main material is PET film. You can make it into any shape as needed. It has conductivity, stability, alkali resistance, etching performance, etc. When operating on a tablet, try to keep the ITO surface facing downwards; Glass with a thickness less than 0.55mm can only be placed vertically; Can be exposed to four sides, not to the surface of conductive glass ITO; If handled with care, do not collide with other handling and machinery; If stored for a long time, be sure to pay attention to moisture prevention to avoid affecting the resistance and transparency of the glass; When designing the layout of long tongue glass, the direction of the glass substrate floating should be considered.

From the SEM electron microscope, it appears that some nanoscale silver wires are interlaced with each other, with a diameter of several nanometers and a length of several hundred nanometers. In a clean environment of at least 1000 levels, a transparent conductive film is made by applying a precise coating line with a thickness of about 0.2um on top of transparent films such as PET or PI.

As an emerging material, nanosilver's excellent light transmittance, high conductivity, and bendability have expanded its application range. Moreover, nanosilver has the characteristics of simple, low-cost, and easily scalable production and manufacturing, thus gaining a good reputation in the past four to five years.
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