Specification:
| Code | G586-3 |
| Name | Silver nanowires / Ag nanowires |
| Formula | Ag |
| CAS No. | 7440-22-4 |
| Diameter | <100nm |
| Length | ＞10um |
| Purity | 99.9% |
| Appearance | Grey wet powder |
| Package | 1g, 5g, 10g in bottles or pack as required. |
| Potential applications | Ultra-small circuits; flexible screens; solar batteries; conductive adhesives and thermal conductive adhesives, etc. |
Description:
The realization of the folding mobile phone is a combination of the results of both flexible display and flexible touch. Transparent conductive film is a key material required for display and touch control. As the most potential ITO alternative, silver nanowires can give full play to its advantages to achieve full mass production and become a key material for flexible product production. Flexible touch screens based on silver nanowires will also usher in unprecedented development opportunities!
1. Silver nanowire transparent conductive film
Silver nanowire transparent conductive film is to coat nano silver wire ink material on a flexible substrate, and then use laser lithography technology to depict a transparent conductive film with nano-level silver wire conductive network pattern. It has better performance in terms of light transmittance, conductivity, flexibility, etc., so it is widely used in folding screens and large-size screens.
In addition to the transparent conductive film due to nanowires, the flexible CPI (colorless polyimide) film has become the main substitute for smart phone protective glass.
2. Large size terminal
Many large-size terminals, including conference tablets, nano-blackboards, advertising machines and other large-screen terminal products, can use silver nanowire capacitive screens, which have a smooth and natural writing experience.
Nano blackboard is a new generation of teaching artifact that integrates blackboard, LED screen, computer, electronic whiteboard, audio and other functions.
3. PDLC smart LCD dimming film
PDLC refers to mixing low-molecular liquid crystals with prepolymers, under certain conditions, after polymerization, to form micron-sized liquid crystal droplets uniformly dispersed in the polymer network, and then use the dielectric anisotropy of the liquid crystal molecules to obtain The materials with corresponding electro-optic characteristics are made of high-quality nano silver wires, which have the characteristics of conductivity, flexibility, stability and high light transmittance.
Storage Condition:
Silver nanowires should be stored in sealed, avoid light, dry place. Room temperature storage is ok.
SEM :
