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Silver Nanowires
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Industrial-Grade:
Dia 70 - 80 nm, L > 10 μm, 99.9+%
Dia 30 - 50 nm, L > 10 um, 99.9+%
Dia 20 - 30 nm, L > 10 um, 99.9+%
Regular Length:
Dia 14-31 nm, L 5-40 μm, 99.95+%, in ethanol
Dia 14-31 nm, L 5-40 μm, 99.95+%, in isopropanol
Dia 14-31 nm, L 5-40 μm, 99.95+%, in water
Dia 25-35 nm, L 15-25 μm, 99.95+%, in ethanol
Dia 25-35 nm, L 15-25 μm, 99.95+%, in isopropanol
Dia 25-35 nm, L 15-25 μm, 99.95+%, in water
Dia 35-45 nm, L 10-20 μm, 99.95+%, in ethanol
Dia 35-45 nm, L 10-20 μm, 99.95+%, in isopropanol
Dia 35-45 nm, L 10-20 μm, 99.95+%, in water
Dia 55-75 nm, L 20-40 μm, 99.95+%, in ethanol
Dia 55-75 nm, L 20-40 μm, 99.95+%, in isopropanol
Dia 55-75 nm, L 20-40 μm, 99.95+%, in water
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D, Dia = Diameter; L = Length; T = Thickness; SL = Side Length; LSPR = Localized Surface Plasmon Resonance.
Instructions:
- Nanowires often tend to agglomerate. Our Nanowires are thus made as suspensions with different concentrations, typically ranging from 5 to 100 mg/ml, in such solvents as ethanol, isopropanol, and deionized water.
- The suspensions can be further diluted in ethanol, isopropanol, and deionized water.
- If necessary, the suspensions can also be evaporated to obtain dry silver nanowires.
- The suspensions are often stable within approx. a week. If the nanowires sediment, the suspension container can be shook or sonication-treated to let the silver nanowires suspend again.
- The suspensions container should be sealed and stored in a dark place between 5 and 35 oC (41 and 95 oF).
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