Oxides

Oxides are a large class of compounds in which oxygen is combined with another element. In their lowest oxidation state, alkali metals, alkaline earth metals, transition metals, and post-transition metals form ionic oxides, which contain the 2- anion. Metals with a higher oxidation state form oxides with more covalent bonds. The properties of oxides can vary widely depending on the element(s) that the oxygen is bonded with. Lorad manufactures most oxides as powders in batch quantities but certain commercial oxides are available in large-scale quantities. Additionally, select oxides are available as nano-powders.

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Item # Product Formula CAS #
MA-3120 Magnesium Tantalate

MgTa2O6

12293-61-7
MA-3130 Magnesium Titanate

MgTiO3

MA-3150 Magnesium Tungstate

MgWO4

13573-11-0
MA-3160 Magnesium Vanadate

MgV2O6

MA-3215 Manganese Dioxide

MnO2

1313-13-9
MA-3190 Manganese Monoxide

MnO

1344-43-0
MA-3250 Manganese Titanate

MnTiO3

12032-74-5
MA-3260 Manganese Tungstate

MnWO4

13918-22-4
MO-3280 Molybdenum Dioxide

MoO2

NI-4370 Nickel Cobalt Oxide

NiCoO2

58591-45-0
NI-4380 Nickel Manganese Oxide

NixMn3-xO4

NI-4400 Nickel Niobate

NiNb2O6

12059-60-8
NI-4440 Nickel Titanate

NiTiO3

12035-39-1
Ni-4450 Nickel Tungstate

NiWO4

14177-51-6
NB-4470 Niobium Oxalate

[NH4][Nb(O)(C2O4)2(H2O)2]xH2O

168547-43-1
NB-4480 Niobium Oxide

NbO2

12034-59-2
NB-4490 Niobium Pentoxide

Nb2O5

1313-96-8
OC-OP1 Optima 1
ZrO2-TiO2
OC-OP2 Optima 2

TiO2 - Pr6O11

OC-OP4 Optima 4

ZrO2 - Ta2O5

OC-OP5 Optima 5

TiO2/Ta2O5

PO-4580 Potassium Metavanadate

KVO3

PO-4530 Potassium Niobate

KNbO3

12030-85-2
PO-4610 Potassium Pyrovanadate

K4V2O7

PO-4545 Potassium Sodium Niobate

K0.5Na0.5NbO3

12196-68-8
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