Ilmenite is a primary ore of Titanium and a key source for Titanium oxide which is an important pigment, whiting, and polishing abrasive. Ilmenite is a black mineral with a submetallic to metallic luster. Titanium alloys are used for making high-performance parts and tools like aircraft parts, artificial joints for humans, and sporting equipment such as bicycle frames. Ilmenite is also used to produce synthetic rutile. Titanium dioxide pigments roduce a white color and brightness in paint, paper, adhesives, plastics, toothpaste, and even food. Titanium oxide abrasives are used in many other industries.
Rutile is the most abundant natural form of Titanium oxide mineral. Its color ranges from red to reddish brown, black, yellow to gold. The primary uses of rutile and titanium oxide made from rutile are: manufacturing titanium oxide pigments, manufacturing refractory ceramics, and production of titanium metal. Titanium oxide gives these products a color that is resistant to fading. Titanium oxide is also nontoxic and chemically stable. Those properties allow it to be used as a pigment in food, cosmetics, pharmaceuticals, and many consumer products such as toothpaste.
Sillimanite, also called Fibrolite, is a colorless, or white glassy silicate mineral frequently found infibrous aggregates. It occurs in high-temperature regionally metamorphosed clay-rich rocks. It occurs with andalusite, kyanite, potassium feldspar, almandine, cordierite, biotite and quartz in schist, gneiss, hornfels and also rarely in pegmatites. It is an index mineral indicating high temperature but variable pressure. Sillimanite is used in the manufacture of high alumina refractories or 55-60% alumina bricks.
Sillimanite, also called Fibrolite, is a colorless, or white glassy silicate mineral frequently found infibrous aggregates. It occurs in high-temperature regionally metamorphosed clay-rich rocks. It occurs with andalusite, kyanite, potassium feldspar, almandine, cordierite, biotite and quartz in schist, gneiss, hornfels and also rarely in pegmatites. It is an index mineral indicating high temperature but variable pressure. Sillimanite is used in the manufacture of high alumina refractories or 55-60% alumina bricks.
Almandine Garnet is the heaviest and hardest of all abrasives in this world. Garnet is a relatively hard mineral with a hardness that ranges between 6.5 and 7.5 on the Mohs scale. It could withstand in highest cutting speed and maintain low dust levels, with its crystalline shape giving a fast cutting action and longer life span. Garnet has served primarily for its many dimension applications i.e. blast media, water jet cutting, coated abrasives, surface preparation, grinding media, water filtration and so on.
Almandine Garnet is the heaviest and hardest of all abrasives in this world. Garnet is a relatively hard mineral with a hardness that ranges between 6.5 and 7.5 on the Mohs scale. It could withstand in highest cutting speed and maintain low dust levels, with its crystalline shape giving a fast cutting action and longer life span. Garnet has served primarily for its many dimension applications i.e. blast media, water jet cutting, coated abrasives, surface preparation, grinding media, water filtration and so on.
Sillimanite, also called Fibrolite, is a colorless, or white glassy silicate mineral frequently found infibrous aggregates. It occurs in high-temperature regionally metamorphosed clay-rich rocks. It occurs with andalusite, kyanite, potassium feldspar, almandine, cordierite, biotite and quartz in schist, gneiss, hornfels and also rarely in pegmatites. It is an index mineral indicating high temperature but variable pressure. Sillimanite is used in the manufacture of high alumina refractories or 55-60% alumina bricks.
Almandine Garnet is the heaviest and hardest of all abrasives in this world. � Garnet is a relatively hard mineral with a hardness that ranges between 6.5 and 7.5 on the Mohs scale. It could withstand in highest cutting speed and maintain low dust levels, with its crystalline shape giving a fast cutting action and longer life span. Garnet has served primarily for its many dimension applications i.e. blast media, water jet cutting, coated abrasives, surface preparation, grinding media, water filtration and so on.
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Top-tier Graphene Products. Our graphene is sourced from diverse, eco-friendly raw materials, ensuring quality and sustainability at every step. 99.9% Purity: Guarantees top-quality graphene for critical, high-stakes applications. Ultra-Conductive: Excellent electrical and thermal conductivity, perfect for superior performance in electronics, composites, and coatings. Versatile Applications: Ideal for research, product development, energy storage, conductive inks, advanced coatings, and more. Nano-Scale Precision: Engineered with nano-scale particles to ensure maximum efficiency and easy dispersion across various matrices. Eco-Friendly: Supports sustainable technologies and responsible production processes.
Mineral.
Ore.
Rare materials.
Barite powder.
Zirconium silicate and raw materials.Consultation services
Bleaching earth.
Iron ore, and other minerals.
Gilsonite or natural bitumen that is in raw form and not processed to asphalt form.
Washed river sand.
