Semiconducting nanowires are great candidates for many novel applications such as nanoelectronics, optoelectronics, nanophotonics, nanoelectronic-bio interfaces, energy harvesting/conversion and storage, sensor, etc. Compared to their bulk counterparts, semiconducting nanowires possess many unique properties, e.g., highly anisotropic geometry, ultrahigh surface-to-volume ratios, quantum confinement effect, low scattering of the carrier, and high mobilities. Novarials offers a number of unparalleled semiconducting nanowire products including titanium oxide nanowires, tungsten oxide nanowires, vanadium oxide nanowires, nickel oxide nanowires, iron oxide nanowires, manganese oxide nanowires, molybdenum oxide nanowires, etc.
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Anatase Nanowires A1 (100nm×10um, Research Grade)
Anatase Nanowires A2 (100nm×10um, Research Grade)
Anatase Nanowires A3 (100nm×10um, Research Grade)
Anatase Nanowires B1 (10nm×10um, Research Grade)
Anatase Nanowires IA1 (100nm×10um, Industry Grade)
Anatase Nanowires IB1 (10nm×10um, Industry Grade)
Iron Oxide Nanowires A10 (10nm×150nm)
Iron Oxide Nanowires A50 (50nm×5um)
Iron Oxyhydroxide Nanowires A10 (10nm×150nm)
Iron Oxyhydroxide Nanowires A50 (50nm×10um)
Manganese Oxide Nanowires A1 (10nm×10um)
Manganese Oxide Nanowires A2 (20nm×1um)
Molybdenum Oxide Nanowires (200nm×2um)
Nickel Hydroxide Nanowires (40nm×50um)
Nickel Oxide Nanowires (20nm×20um)
Silicon Carbide Nanowires A75 (350nm×75um)
Silicon Carbide Nanowires A100 (350nm×100um)
Titanium Oxide Nanowires A (100nm×20um, Research Grade)
Titanium Oxide Nanowires B (10nm×10um, Research Grade)
Titanium Oxide Nanowire Dispersion B (10nm×10um)
Titanium Oxide Nanowires IA (100nm×5um, Industry Grade)
Titanium Oxide Nanowires IB (10nm×5um, Industry Grade)
Tungsten Oxide Nanowires A2 (2nm×200nm)
Tungsten Oxide Nanowires A20 (20nm×10um)
Vanadium Oxide Nanowires (40nm×100um)
Zinc Oxide Nanowires A50 (50nm×20um)
Zinc Oxide Nanowires A50S (50nm×5um)