Rutile / Ilmenite
Rutile / Ilmenite
Our premium Rutile and Ilmenite concentrates serve as the backbone for high-grade titanium dioxide production and advanced metallurgy. These minerals offer exceptional stability and high titanium content, making them indispensable for manufacturing high-durability paints, aerospace components, and specialized welding electrodes. By integrating these ores into our portfolio, we provide the raw strength and chemical purity required for the world’s most demanding industrial applications.
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Why Source From Us
Bulk Supply Available
Scaling your production is easy with our steady inventory and large-scale supply capabilities.
International Sourcing
Direct partnerships with global mines ensure consistent quality and competitive pricing structures.
Quality Assurance
Rigorous laboratory testing for chemical composition and particle size distribution consistency.
Fast Logistics
Strategic shipping routes and logistics management to ensure on-time delivery to your facility.
Other Products in This Category
Zircon Sands
Premium refractory grade zircon sand suitable for foundry, ceramics, and chemical processing. Our team sources this material directly from certified global producers, ensuring every batch meets strict composition and particle-size standards. Available in multiple grades to suit your specific industrial requirements — contact us for a custom specification sheet.
White Silica Sand
Our White Silica Sand is characterized by its exceptional chemical purity and low iron content, making it a critical ingredient for high-clarity glass, ceramics, and specialized filtration systems. With a high silica (SiO2) content and uniform grain size, it provides superior thermal stability and durability for construction, foundry casting, and industrial coatings. This versatile mineral ensures a brilliant finish and structural integrity across architectural and manufacturing applications.
Olivine Sand
Olivine Sand is a premium, magnesium-iron silicate known for its exceptional heat resistance and low thermal expansion, making it a superior alternative to silica sand in foundry casting. Its naturally high melting point and durability prevent "burn-on" defects in metal molds, ensuring a cleaner finish for high-temperature alloys and manganese steel. Beyond the foundry, its chemical composition makes it an eco-friendly choice for sandblasting and a critical component in refractory bricks and heat storage systems.