Size Range 015 mm to 63 mm Moisture Content Typically 8 12 Bulk Density 20 to 25 tonnesm Angle of Repose 35 to 40 Specific Gravity 45 to 50 Porosity 35 to 40 Surface Area High Due to fine granularity Color Reddishbrown Abrasion Index Low Depends on mineral content Flowability Poor due to fine size
Sponge Iron Fines
This by-product derives from the iron industries and its a valuable material for melting and manufacturing of ferrock for construction purposes.As a leading supplier of eco-conscious materials, we take pride in offering a diverse range of recycled materials, including cryolite, carbon anodes, carbon dust, bath material, steel scrap, fine iron scrap, rebars and more. With a strong commitment to sustainability, our materials are engineered to meet the demanding needs of industrial projects while promoting environmental responsibility.
Iron Ore Pellet
IRON ORE PELLETS Fe 64% monthly volume 50,000 mt. Full specification is available on request, Iron Ore Pellets: Pellets are small balls of iron ore used in the production of steel. They are made with technology that uses the powder that is generated during the ore extraction process, once considered waste. The pellets are used in the production of steel which is used in the construction of bridges, cars, planes, bicycles, household appliances and much more. Product Type: IRON ORE PELLETS Fe (T) 64 % Si02 1.150 % Fe0 0.75 Max Ti02 0.021% Al2O3 0.319 % Ca0 1.170 % P 0.032 % S 0.031 % V205 0.004 % Cu 0.057 % N2O 1.290 % Mg0 0.069 % CCS 309 Size 16-19 mm - 7 % 09-16 mm -91 % 06-09 mm 2 % Tumbler Index- for above 6.3 mm 96.2 % - 95 % min Abrasion Index â??for 0.5 mm 3.8 % - 4 % max Sticking Index 950 deg C 20.1 % Bulk Density 2.17 % Compression Strength 270 Kg / Pellet / 150 kg / pellet Fines below 5mm (-) 5 mm 3 % max Reducibility index 55-65 % . NOTE: Interested parties please contact us with your LOI
Features Of Iron Ore Iron ore is the main raw material that is used in the manufacturing of steel. 98% of the mined iron ore goes in the steel production. India has rich deposits of Iron Ore and is among the top 10 exporter of iron ore in the world. Applications Iron and Steel Industry
Iron ore is a mineral substance which, when heated in the presence of a reductant, will yield metallic iron (Fe). It almost always consists of iron oxides, the primary forms of which are magnetite (Fe3O4) and hematite (Fe2O3). Iron ore is the source of primary iron for the world's iron and steel industries. It is therefore essential for the production of steel, which in turn is essential to maintain a strong industrial base. Our monthly ability to export Iron Ore is of 2000-5000MT per month.
This by-product derives from the iron industries and its a valuable material for melting and manufacturing of ferrock for construction purposes. As a leading supplier of eco-conscious materials, we take pride in offering a diverse range of recycled materials, including cryolite, carbon anodes, carbon dust, bath material, steel scrap, fine iron scrap, rebars and more. With a strong commitment to sustainability, our materials are engineered to meet the demanding needs of industrial projects while promoting environmental responsibility. Ferric oxide 59.60% Aluminum Oxide 13.90% Sulfur dioxide 11.86% Magnesium oxide 6.60% Silicon dioxide 4.20% Calcium oxide 2.70% Manganese(II) oxide 0.39% Nickel oxide 0.14% Chromic oxide 0.14% copper (II) oxide 0.08% Titanium dioxide 0.07% Potassium oxide 0.06% Strontium oxide 0.05% Vanadium oxide 0.03% Zinc Oxide 0.03%
This by-product derives from the iron industries and its a valuable material for melting and manufacturing of ferrock for construction purposes. As a leading supplier of eco-conscious materials, we take pride in offering a diverse range of recycled materials, including cryolite, carbon anodes, carbon dust, bath material, steel scrap, fine iron scrap, rebars and more. With a strong commitment to sustainability, our materials are engineered to meet the demanding needs of industrial projects while promoting environmental responsibility. Ferric oxide 59.60% Aluminum Oxide 13.90% Sulfur dioxide 11.86% Magnesium oxide 6.60% Silicon dioxide 4.20% Calcium oxide 2.70% Manganese(II) oxide 0.39% Nickel oxide 0.14% Chromic oxide 0.14% copper (II) oxide 0.08% Titanium dioxide 0.07% Potassium oxide 0.06% Strontium oxide 0.05% Vanadium oxide 0.03% Zinc Oxide 0.03%
