The Iron Oxide Nanotubes are advanced nanostructures engineered with a well-defined hollow tubular morphology. Their unique geometry, featuring accessible inner and outer surfaces, combined with intrinsic electrochemical and magnetic properties, enables high surface activity and controlled performance across a wide range of technical applications.
Available as a red suspension or dry powder, they offer excellent versatility for integration into diverse processing environments. Their magnetic responsiveness enables interaction with external magnetic fields, while their structural integrity and chemical stability ensure reliable performance under demanding conditions. They are well-suited for applications in electrochemical energy systems, photocatalysis, and water treatment.
Catalog Number: NovaTube-FeO-100
Diameter: ~100nm
Length: ~400nm
Property: Magnetic behavior
Appearance: red suspension, or dry red powder
APPLICATIONS
The iron oxide nanotubes serve as versatile building blocks for both research and industrial innovation, including:
- Catalysts
- Gas sensors
- Electrode materials for lithium-ion batteries
- Water treatment, heavy metal ion adsorbents
- Water splitting,
- MRI contrast agents
- Starting materials in producing magnetite (Fe3O4) and maghemite (γ-Fe2O3) nanotubes.
SYNONYM
Iron oxide tubes, ferromagnetic iron oxide nanotubes, ferromagnetic iron oxide tubes, hematite nanotubes, hematite tubes, hematite, ferric oxide nanotubes, ferric oxide tubes, ferric oxide, haematite nanotubes, haematite tubes, haematite, iron(III) oxide nanotubes, iron(III) oxide tubes, iron(III) oxide, iron oxide
SDS
