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Particle Science & Technology Solutions

Titanium Dioxide Nanoparticles

Titania nanorods, mean length 55 nm ± 10 nm

Titania nanorods

Titania nanorods are supplied as 1D crystalline (anatase-phase) nanoparticles with narrow length and diameter distributions, a high refractive index, and strong UV absorption properties. They are monodisperse, unagglomerated, and are ideally suited for use as reference materials, nanotoxicology investigations, and nanotechnology research and development.

  • TEM, UV-Vis, and DLS data provided with every batch
  • Unagglomerated and monodisperse
  • Surface functionalized with stearic acid, and readily disperse in both nonpolar and polar organic solvents
  • Uniform in size and morphology: an average length of 55 nm and diameter of 15 nm
  • Provided in n-butanol at a TiO2 mass concentration of 1 mg/mL

Titania nanorods

  • Unagglomerated and monodisperse
  • Mean diameter: 14 nm ± 3 nm
  • Mean length: 55 nm ± 10 nm
  • Aspect ratio: > 3
  • Size distribution (length and diameter) (CV): < 25%
  • Available as NanoXact (1 mg/mL) concentration
  • Particles have a stearic acid surface and are provided in 1-butanol
  • Available in (volume): 1 ml, 5 ml, 10 ml, 25 ml quantities
Titania nanorods, mean length of 55 nm ± 10 nm

Mean length of 55 nm ± 10 nm