super long Ag nanowires - L30

super long Ag nanowires - L30Product Name Namesuper long Ag nanowires ? L30 Product Overview The aspect ratio of silver nanowires refers to the ratio of their length to diameter. The larger the aspect ratio, the easier it is for silver nanowires to form a conductive network, theoretically resulting in better flexibility and conductivity. They also have outstanding advantages in applications such as conductive adhesives, thermal conductive adhesives, and printed electronic

Product Name

Name：super long Ag nanowires ââ‚?L30

^{Product Overview}

The aspect ratio of silver nanowires refers to the ratio of their length to diameter. The larger the aspect ratio, the easier it is for silver nanowires to form a conductive network, theoretically resulting in better flexibility and conductivity. They also have outstanding advantages in applications such as conductive adhesives, thermal conductive adhesives, and printed electronic circuits. Our company provides ultra large aspect ratio silver nanowires with lengths ranging from 100-200um, exhibiting excellent performance in electrical, thermal, optical, and other fields. Silver nanowires can be uniformly dispersed in a solution, which can be used for large-area, rapid, and low-cost production of downstream products through coating, immersion, scraping, roll coating, and other methods. All of these make the application of silver nanowires have great potential.

^{Technical Parameter}

Appearance: Dispersion Liquid

Length: 100-200 um    

diameter:30±5 nm

Concentration:20 mg/ml    

Purity: 98 wt%

Solvent:Water, EtOH, IPA

^{Product Features}

Excellent conductivity: Due to its unique structure, electrons can be transmitted more smoothly, resulting in excellent conductivity.

Good optical performance: It has high transmittance in the visible light range and can absorb and scatter light of specific wavelengths.

High mechanical strength: The large aspect ratio enables it to perform well in withstanding mechanical stresses such as tension and bending.

Application Fields

Flexible electronic devices: Their excellent flexibility and conductivity make them ideal materials for manufacturing flexible displays, flexible sensors, and wearable devices.

Enhanced electromagnetic shielding effect: It can effectively shield electromagnetic waves and has significant advantages in electromagnetic protection of electronic devices. Efficient catalytic activity: In catalytic reactions, a large surface area and unique electronic structure contribute to improved catalytic efficiency and selectivity.

Accurate biological detection: It can serve as a sensitive element for biosensors, achieving high sensitivity and specificity detection of biomolecules.

^{Related Information}

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