Ilmenite Mineral

Ilmenite Mineral is a vital titanium ore, crucial for various industrial applications. This essential commodity is a key focus for Maiyam Group as we serve global markets from Kenya.

We are a trusted provider of high-quality minerals.

Understanding Ilmenite Mineral and Its Applications

Ilmenite Mineral, primarily an iron titanium oxide, is a cornerstone for many manufacturing processes. Its rich titanium content makes it indispensable for producing titanium dioxide pigment. This pigment is widely used in paints, plastics, and paper for its exceptional whiteness and opacity. Furthermore, it serves as a primary source for titanium metal, vital for aerospace and medical implants due to its strength and corrosion resistance. Notably, ilmenite is also used in steelmaking and as a component in welding rods. Maiyam Group ensures that every batch meets stringent quality specifications for these diverse uses.

• Pigment Production: Essential for titanium dioxide (TiO2) used in paints and coatings.
• Titanium Metal Extraction: A key source for producing strong, lightweight titanium.
• Aerospace and Defense: Utilized for its high strength-to-weight ratio.
• Steel Manufacturing: Contributes to the production of high-grade steel alloys.

Why Choose Maiyam Group for Ilmenite Mineral?

Choosing Maiyam Group for your Ilmenite Mineral needs guarantees quality and reliability. We leverage our deep understanding of Kenya’s mining landscape and our robust supply chain network. This allows us to provide consistent access to premium ilmenite. Moreover, our commitment to ethical sourcing and transparent transactions builds lasting partnerships. We offer certified quality assurance for all mineral specifications. Our team manages all export documentation and logistics seamlessly. Thus, you receive your order efficiently and compliantly.

How is Ilmenite Mineral Processed for Industry?

The processing of Ilmenite Mineral involves several key stages to extract its valuable components. Initially, raw ilmenite ore is mined and then undergoes beneficiation.