Iron Titanium Oxide (Ilemnite)

Iron Titanium Oxide Powder Overview

Iron titanium oxide powder is a class of inorganic functional materials composed of iron, titanium, and oxygen. It is not only the main component of ilmenite found in nature but also a key material in modern industry and cutting-edge scientific research. Due to its unique structure, magnetic properties, and catalytic characteristics, this powder is widely used in the preparation of high-performance rust-preventive pigments, advanced ceramics, energy storage battery electrodes, and efficient photocatalysts.

We focus on providing high-quality iron titanium oxide powders in various specifications, supporting product customization from standard industrial grades to high-purity research grades to meet the stringent needs of different fields. Please contact us if you have any questions about our products.

Product Highlights

Multiple phases and compositions available
High purity, low impurity content
Controllable particle size and morphology
Excellent chemical stability
Unique photoelectrocatalytic performance
Good magnetic properties

Applications of Iron Titanium Oxide Powder

High-performance rust-preventive pigments: As the core component of environmentally friendly rust-preventive pigments, it can effectively replace traditional lead-containing pigments. Through a dense coating layer, it isolates moisture and oxygen, providing long-term protection for steel substrates and exhibiting excellent salt spray resistance.

Energy Storage and Conversion: In fields such as lithium-ion batteries, nano-sized titanium-iron hybrid oxides can be used as anode materials, helping to improve battery cycle performance and reversible capacity, demonstrating their potential in the new energy field.

Environmental Photocatalytic Purification: Specifically designed iron titanium oxide composite materials possess the ability to efficiently degrade organic pollutants under visible light, and can be used in environmental protection fields such as wastewater treatment and air purification.

Specialty Functional Ceramics and Coatings: Due to its stable physicochemical properties, it is an important raw material for the preparation of specialty ceramics, high-end coatings, and composite materials, and is widely used in industries, aerospace, and marine fields with high corrosion resistance requirements.

FAQs

1. What is iron titanium oxide powder, and what are its main properties?

Iron titanium oxide powder is an inorganic material containing iron, titanium, and oxygen. Its exact chemical composition, crystal structure, and physical properties depend on the specific oxide phase. One important iron–titanium oxide is ilmenite (FeTiO₃), which contains iron and titanium in an oxide structure. Depending on the grade, iron titanium oxide powders may be investigated for ceramic processing, functional oxide research, mineral-related studies, and the development of iron- or titanium-containing materials. The chemical formula and phase composition should be confirmed for the specific product.

2. Is iron titanium oxide powder the same as ilmenite powder (FeTiO₃)?

Not necessarily. Ilmenite is a specific iron titanium oxide mineral with the chemical formula FeTiO₃. However, the broader term “iron titanium oxide” may refer to materials with different phase compositions or mixtures of iron- and titanium-containing oxides. If a project requires ilmenite, a defined FeTiO₃ composition, or a particular crystalline phase, verify the product specification rather than relying on the general material name alone.

3. What applications can iron titanium oxide powder be used for?

Potential applications depend on the material’s composition, phase purity, particle size, and processing requirements. Iron titanium oxide powders may be used in inorganic materials research, ceramic formulations, oxide synthesis, and investigations of iron–titanium oxide properties. Certain compositions may also be relevant to studies of magnetic, electronic, or photocatalytic behavior, but these properties should not be assumed for every grade. Selection should be based on the intended application and the verified characteristics of the specific material.

4. How does iron titanium oxide powder differ from titanium dioxide and iron oxide powders?

Iron titanium oxide contains both iron and titanium within its oxide composition, whereas titanium dioxide (TiO₂) contains titanium and oxygen, and iron oxides such as Fe₂O₃ or Fe₃O₄ contain iron and oxygen. These materials differ in chemical composition, crystal structure, and potentially their optical, magnetic, chemical, and thermal behavior. They are not direct substitutes simply because they share one or more constituent elements. The correct choice depends on the required phase, composition, and function in the intended process.

5. Which specifications should be checked when selecting iron titanium oxide powder?

Key specifications include the chemical formula, phase composition, purity, particle size distribution, and particle morphology. Depending on the application, buyers may also need information on trace impurities, moisture content, surface characteristics, and packaging. Phase composition is particularly important when reproducibility depends on a defined crystalline structure. Review the technical data sheet (TDS) and available quality documentation to ensure that the material matches the intended synthesis, formulation, or research requirements.

6. Why do particle size and phase composition matter for iron titanium oxide powder?

Particle size can affect surface area, dispersion, mixing uniformity, packing behavior, and reaction kinetics during subsequent processing. Phase composition determines which iron–titanium oxide structures are present and can influence the material’s measured physical and chemical properties. A powder with the correct nominal elemental composition may still be unsuitable if it contains unwanted phases or has an inappropriate particle size distribution. For demanding applications, evaluate particle size and phase information together rather than treating chemical composition alone as sufficient.

7. What information should I provide when requesting an iron titanium oxide powder quotation from ULPMAT?

When requesting a quotation from ULPMAT, specify the required chemical formula or phase, purity, particle size or size range, quantity, and intended application. If the project requires a particular composition such as FeTiO₃, state it explicitly. You can also include impurity limits, packaging preferences, and any required technical documentation. These details help clarify whether the available grade is suitable for your research or production requirements.

8. Can ULPMAT supply iron titanium oxide powder with specific composition or particle size requirements?

ULPMAT can review inquiries for iron titanium oxide powder according to the requested composition, purity, particle size, quantity, and application. Availability of a particular phase or particle size specification, along with any customization options, must be confirmed before ordering. For non-standard requirements, provide the target chemical formula, acceptable particle size range, quantity, and relevant technical specifications so that suitable options can be evaluated.

Reports

Each batch is supplied with:
Certificate of Analysis (COA)
Technical Data Sheet (TDS)
Material Safety Data Sheet (MSDS)
Third-party testing reports available upon request

Why Choose Us?

Choosing us means choosing not only a supplier, but also a reliable partner committed to materials solutions. Leveraging our deep understanding of iron titanium oxide materials and rigorous production process control, we ensure that every batch of products delivers stable performance and reliable data. We are committed to a customer-centric approach, providing comprehensive services from professional selection advice to stable supply chain support, helping your projects succeed from R&D to mass production.