The Iron Oxide Nanorings are advanced magnetic nanostructures engineered with a well-defined ring morphology. Their hollow, anisotropic geometry gives rise to unique magnetic, optical, and structural properties, making them ideal for cutting-edge research and next-generation device applications.
Available as either a red suspension or dry red powder, they offer excellent versatility for integration into a wide range of systems. Their magnetic behavior and nanoscale architecture enable enhanced performance in applications requiring controlled magnetic response, high surface area, and tunable physicochemical properties.
Catalog Number: NovaRing-FeO-200
Diameter: ~200nm
Length: ~150nm
Property: Magnetic behavior
Appearance: red suspension, or dry red powder
APPLICATIONS
The iron oxide nanorings are pivotal in fundamental research and emerging applications, including:
- High-density magnetic storage
- Vertical magnetic random access memory (V-MRAM)
- Catalysis
- Photoelectrochemical processes
- Nanocavities
- Nonlinear optics and nanophotonic devices
- Advanced nanoelectronic and optoelectronic systems
SYNONYM
Magnetic iron oxide rings, iron oxide nanorings, iron oxide rings, ferromagnetic iron oxide nanorings, ferromagnetic iron oxide rings, hematite nanorings, hematite rings, hematite, ferric oxide nanorings, ferric oxide rings, ferric oxide, haematite nanorings, haematite rings, haematite, iron(III) oxide nanorings, iron(III) oxide rings, iron(III) oxide, iron oxide
SDS
