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Gold nanowires provide optimized electrical conductivity, superior mechanical flexibility, and enhanced biocompatibility. Designed for flexible electronics, biomedical sensors, and catalytic applications, they ensure efficient charge transport, extended durability, and high adaptability.
Product Overview
Gold nanowires are metal nanomaterials with exceptional properties, characterized by a high aspect ratio. They are synthesized using the seed growth method, showcasing unique physicochemical characteristics. Due to their outstanding optical, electronic, and catalytic properties, gold nanowires have broad application potential in various fields, including sensors, biomedicine, optical devices, and catalysis. While maintaining high strength and excellent flexibility, they also possess remarkable biocompatibility, making them ideal for applications in flexible electronics and environmental pollutant detection.
Key Features
- High Aspect Ratio:The length of gold nanowires is greater than their diameter, providing excellent electronic conductivity and catalytic activity.
- Unique Optical Properties:They exhibit surface plasmon resonance effects, effectively scattering and absorbing light waves.
- High Catalytic Activity:Their high surface area and specific electronic structure enable them to exhibit superior catalytic activity in various reactions.
- Good Biocompatibility:Safe for biological systems, making them suitable for biosensors and labeling applications.
- Flexibility:Ideal for flexible electronic devices, offering a balance between rigidity and flexibility.
- Ease of Functionalization:The surface of gold nanowires can be chemically modified to impart specific functions, such as targeted drug delivery or molecular adsorption.
Applications
- Sensors:Due to their high surface area and excellent conductivity, gold nanowires are widely used in environmental pollutant detection and biomolecular labeling.
- Electronic Skin:Used in electronic skin for monitoring bioelectric signals such as ECG, EEG, and EMG via transparent conductive films.
- Thermal Interface Materials (TIM):Used as thermal conductive fillers to enhance electronic packaging and heat dissipation.
- Optical Devices:Due to surface plasmon resonance, gold nanowires are applied in the development of optical devices and nonlinear optical research.
- Biomedicine:In biological sensing and detection, gold nanowires are used in wearable electronic devices applied to the skin.
- Catalysis:With high catalytic activity, gold nanowires are applied in various catalytic reactions.
- Environmental Applications:Utilized in detecting and processing environmental pollutants.
| Parameter | Value |
| Length | 0.5-2.5 μm |
| Diameter | 80-100 nm |
| Concentration | 5 μg/mL |
| Solvent | Water |
| Appearance | Light yellow liquid (prone to precipitation) |
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