| Identification | More | [Name]
Dititanium trioxide | [CAS]
1344-54-3 | [Synonyms]
dititanium trioxide
TITANIUM (III) OXIDE
TITANIUM OXIDE
Titanium oxide (Ti2O3)
titaniumoxide(ti2o3)
Titaniumsesquioxide
Titatnum(III) oxide
TITANIUM OXIDE (III), 99%
Titanium(III) oxide, #100 mesh, 99.9% metals basis
TITANIUM(III) OXIDE: 99.9%, TABLETS
Titanium yellow (C.I. 77893)
Titanium(III) oxide, 99.8% (metals basis) | [EINECS(EC#)]
215-697-9 | [Molecular Formula]
O3Ti2 | [MDL Number]
MFCD00036278 | [Molecular Weight]
143.73 | [MOL File]
1344-54-3.mol |
| Hazard Information | Back Directory | [Chemical Properties]
violet sintered tablets; hexagonal; oxidizes to TiO2; sintered material of 99.9% purity used as an evaporation material for interference films, thin film resistors and capacitors [KIR83] [CER91] | [Physical properties]
Dark-violet to purple-violet
solid. It can be prepared by
mixing stoichiometric
amounts of Ti and TiO2 heated in a Mo-crucible at 1600°C.
Slightly paramagnetic solid with χm = +63 × 10–6 emu. | [Uses]
Oxides of titanium find wide range of applications extending from photocatalysis, gas sensing to antibacterial, protective and anti-reflecting coatings. | [Uses]
Titanium(III) oxide is used to study the bioacceptability of medical implant surfaces. | [Preparation]
Titanium sesquioxide(Ti2O3) has a corundum
structure and is isomorphous with hematite and ilmenite. It may be prepared by reduction
of titania by hydrogen gas at 1000°C or as powder by reacting titanium metal with a stoichiometric amount of TiO2 at 1600°C as follows:
Ti(s) + 3TiO2(s) —> 2 Ti2O3(s) (1600°C)
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