TP2903 Iron(III)-Titanium Oxide Powder (CAS 12789-64-9)

Eisen(III)-titanoxide Powder Descriptions

Eisen(III)-titanoxide (CAS 12789-64-9) is generally available in most quantities immediately. High-purity, submicron and nanopowder forms are available upon request. Titanate compounds contain a form of titanium dioxide and are employed in various fields, including electronics, ceramics and batteries (in the case of lithium titanate).

Researchers at the University of Illinois recently developed nanofibre mats from zinc titanate to more efficiently remove sulphur impurities from petroleum-based fuels compared to current methods. Consequently, this nanotechnology development may reduce the costs associated with fuel technologies in the future. Standard and custom packaging are available. Additional information on technical details, research and safety (MSDS) is available, as is a reference calculator for converting relevant units.

Stanford Advanced Materials (SAM) has over 20 years of experience in manufacturing and supplying Eisen(III)-titanoxide. The company provides Eisen(III)-titanoxide powder that complies with stringent production criteria at competitive prices.

Eisen(III)-titanoxide Powder Specifications

Eisen(III)-titanoxide Powder Applications

• Catalysis: Eisen(III)-titanoxide powder is used as a catalyst in various chemical reactions. Its surface properties and composition promote specified reactions such as oxidation, reduction and hydrolysis.
• Energy storage: The powder is employed in energy storage systems, including lithium-ion batteries and supercapacitors. It is incorporated into electrode materials to enhance performance, stability and cycle life.
• Pigments: Eisen(III)-titanoxide is utilised as a pigment in the manufacture of ceramics, paints and coatings. Its dark colour and defined optical properties contribute to the required appearance of the final products.
• Ceramic Materials: The powder is used in the production of ceramic components, including those for electronic applications such as capacitors and resistors. Its electrical properties and thermal stability at high temperatures render it suitable for these applications.
• Magnetic Materials: Eisen(III)-titanoxide can be used in the synthesis of magnetic materials, such as magnetic nanoparticles and thin magnetic films. Its magnetic properties support its application in data storage and magnetic sensors.