Strontium Vanadate powder CAS 12435-86-8

Short Description:

Strontium vanadate is an important electron-transfer material and has been used for a large range of applications including gas sensors, cathodic electrodes of lithium batteries, and solid-state electrolytes.

Product Name: Strontium Vanadate
CAS No.: 12435-86-8
Compound Formula: SrVO3
Molecular Weight: 285.4994
Appearance: Offwhite powder
Contact: erica@shxlchem.com


Product Detail

Product Tags

Strontium vanadate is an important electron-transfer material and has been used for a large range of applications including gas sensors, cathodic electrodes of lithium batteries, and solid-state electrolytes.
Product Name: Strontium Vanadate
CAS No.: 12435-86-8
Compound Formula: SrVO3
Molecular Weight: 285.4994
Appearance: Offwhite powder
Spec:

Purity 99% min
Moisture 0.1% max
Ba2+ 0.05% max
Ca2+ 0.05% max
Mg2+ 0.05% max
Na+ 0.05% max
Cl- 0.05% max
SO4 2- 0.05% max
Fe2O3 0.05% max

 Application:

Strontium vanadate, with the compound formula SrVO3 and a molecular weight of 285.4994, is a widely used compound. It usually exists as an off-white powder with CAS number 12435-86-8. This compound has attracted attention due to its unique properties and found multiple uses in different industries.

One of the key applications of strontium vanadate is in catalysis. Its potential as a catalyst for chemical reactions has been extensively studied, especially in oxidation processes. Its high catalytic activity and stability make it a valuable ingredient in the production of various chemicals and materials. Additionally, strontium vanadate shows promise in the field of energy storage and conversion, particularly in the development of advanced batteries and fuel cells.

In the field of materials science, strontium vanadate has been used in the production of ceramic pigments. Its vibrant colors and ability to resist fading make it a popular choice for ceramics, glass, and other materials. The compound's unique optical properties also make it a popular material for the manufacture of photonic devices and optical coatings. Overall, the versatility of strontium vanadate makes it a valuable ingredient in a wide range of industrial and technical applications.

In conclusion, strontium vanadate is a compound with diverse and valuable applications in various industries. Whether used as catalysts in chemical reactions, pigments in ceramic production, or active materials in energy storage devices, their unique properties and versatility make them an indispensable component of modern technology and manufacturing processes. As researchers continue to explore its potential, strontium vanadate is expected to play an increasingly important role in driving innovation and progress in numerous fields.

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Titanate Series

Iron Titanate Aluminum Titanate Zinc Titanate
Sodium Bismuth Titanate Lead zirconate titanate Copper Calcium Titanate
Bismuth Titanate Lead Titanate Magnesium Titanate
Sodium Titanate Lithium Titanate Calcium Titanate
Potassium Titanate Potassium Titanate Whisker/Flake Barium Titanate
Sodium Potassium Titanate Barium Strontium Titanate Strontium Titanate

Zirconate Series

Lanthanum Lithium Tantalum Zirconate Lanthanum Lithium Zirconate Lanthanum Zirconate
Lithium Zirconate Zinc Zirconate Cesium Zirconate
Lead Zirconate Magnesium Zirconate Calcium Zirconate
Barium Zirconate Strontium Zirconate

Tungstate Series

Lead Tungstate Cesium Tungstate Calcium Tungstate
Barium Tungstate Zirconium Tungstate

Vanadate Series

Cerium Vanadate Calcium Vanadate Strontium Vanadate

Stannate Series

Lead Stannate Copper Stannate

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