Sri Lanka is renowned for its rich deposits of heavy mineral sands, including zircon, monazite,
rutile, and ilmenite. These valuable minerals, found along the coastal regions, are extracted and
processed for various industrial applications.
WhyChoose Our Mineral Sands?
Sri Lankan mineral sands are known for their high-grade deposits, offering superior quality compared to many other global sources.
Partner with Debug Exports for Your Mineral Sand Requirements
Specification: ZrO₂ 65- 67 Wt% -100 mesh (-150 Micron)
Uses:
•Ceramics industry (glazing and tile manufacturing)
•Foundry casting and refractory materials
•Nuclear energy applications (zirconium metal production)
•Optical and electronics industries
Zircon and its derivatives play a crucial role in various
industries due to their exceptional thermal and chemical
properties. In the ceramics industry, zircon is widely used in
glazing and tile manufacturing, enhancing durability,
aesthetic appeal, and resistance to wear. It is also an
essential material in foundry casting and refractory
applications, where its high-temperature stability ensures
superior performance in molds and furnace linings.
Additionally, zirconium metal, derived from zircon, is a critical
component in nuclear energy applications, particularly in the
production of fuel rods due to its low neutron absorption
properties. Beyond these uses, zircon-based materials are
integral to the optical and electronics industries,
contributing to advancements in high-performance lenses,
semiconductors, and other precision technologies.
Monazite 43%- 46% Zircon 40% - 44% -100 mesh (-150 Micron) Uses: •Source of rare earth elements (REEs) used in high-tech industries •Nuclear energy applications due to thorium content •Magnets, batteries, and electronics manufacturing
TiO₂ 95%- 97%-100 mesh (-150 Micron) Uses: •Titanium dioxide production for paints, plastics, and paper •Aerospace and automotive industries for titanium metal •Welding electrode coatings •Advanced pigment and UV protection applications of thorium, some of these minerals have applications in nuclear energy, making them valuable for future energy solutions. TiO 2 95%- 97%-100 mesh (-150 Micron) Ilmenite, a crucial titanium ore, plays a significant role in various industries due to its high titanium dioxide content. It is widely used in the production of titanium dioxide (TiO₂), a key ingredient in paints, plastics, and paper, providing opacity, brightness, and UV resistance. Additionally, the aerospace and automotive industries rely on titanium metal derived from ilmenite for its exceptional strength-to-weight ratio and corrosion resistance. Ilmenite is also an essential component in welding electrode coatings, enhancing stability and arc performance. Furthermore, it is used in advanced pigment applications and UV protection technologies, ensuring durability and longevity in various products
TiO₂ 49%- 55% -100 mesh (-150 Micron) Uses: •Main source of titanium dioxide (TiO₂) for pigments and coatings •Strengthening agent in steel production •Used in welding electrodes and ceramic applications Ilmenite serves as the primary source of titanium dioxide (TiO₂), a crucial ingredient in pigments and coatings, providing durability and brightness to various products. Additionally, it acts as a strengthening agent in steel production, enhancing the metal’s toughness and resistance to wear. Beyond these applications, ilmenite is also widely used in welding electrodes and ceramic manufacturing, contributing to the durability and performance of these materials.
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