Metals & Minerals

Bauxite

The Primary Source of Aluminium

Bauxite is the world’s main ore used for producing aluminium. It is a naturally occurring mineral rich in aluminium hydroxides, along with iron oxides, silica, and titanium dioxide. Due to its high aluminium content and strong chemical stability, bauxite is one of the most valuable raw materials in the global metals and minerals industry.

Our bauxite is carefully sourced and processed to ensure consistent quality, high alumina content, and minimal impurities — making it ideal for industrial, metallurgical, and chemical applications.

Key Properties

  • High aluminium (Al₂O₃) content

  • Excellent thermal and chemical stability

  • Low silica and reactive impurities

  • Strong binding and refining efficiency

  • Suitable for high-temperature processin

Specifications:

  • Moisture: 5.10 %

  • Al₂O₃ (Alumina): 47.45 %

  • SiO₂ (Silica): 2.94 %

  • Fe₂O₃ (Iron Oxide): 18.92 %

  • TiO₂ (Titanium Dioxide): 2.18 %

Iron ore pellets

High-Efficiency Feedstock for Steel Production

Iron ore pellets are high-density, spherical agglomerates made from finely ground iron ore. They are engineered to deliver superior performance in blast furnaces and direct reduction plants, offering higher iron content, uniform size, and improved metallurgical efficiency compared to raw iron ore fines.

Our iron ore pellets are produced using advanced pelletizing technology to ensure excellent mechanical strength, optimal porosity, and consistent chemical composition — making them ideal for modern steelmaking operations.

Key Properties

  • High Fe (iron) content

  • Uniform size and shape for smooth furnace flow

  • Low impurity levels (silica, sulfur, phosphorus)

  • High compressive strength

  • Excellent reducibility and thermal stability

Iron Ore Pellets – Chemical Specification

  • Fe (Iron): 63.00 % ± 0.5

  • SiO₂ (Silica): 4.40 % ± 0.20

  • Al₂O₃ (Alumina): 3.30 % ± 0.20

  • CaO (Calcium Oxide): 1.30 % ± 0.05

  • MgO (Magnesium Oxide): 0.20 % ± 0.02

  • P (Phosphorus): 0.060 % (Maximum)

Iron ore Fines

Versatile Raw Material for Steel and Sintering Plants

Iron ore fines are finely sized iron-bearing particles produced during the mining, crushing, and screening of iron ore. They are widely used as a primary feedstock in sinter plants, pelletizing units, and various metallurgical processes, forming the backbone of integrated steel manufacturing.

Our iron ore fines are sourced from high-grade deposits and processed to maintain consistent iron content, controlled particle size, and low impurity levels — ensuring efficient smelting and strong metallurgical performance.

Key Properties

  • High Fe (iron) content

  • Fine and uniform particle distribution

  • Low levels of silica, sulfur, and phosphorus

  • Good sintering and pelletizing behavior

  • High chemical stability

Iron Ore Fines – Chemical Analysis

  • Fe (Iron): 56.80 %

  • SiO₂ (Silica): 3.15 %

  • Al₂O₃ (Alumina): 3.20 %

  • P (Phosphorus): 0.004 %

  • S (Sulphur): 0.005 %

  • LOI (Loss on Ignition): 7.55 %

Copper Cathodes

Ultra-Pure Copper for High-Performance Applications

Copper cathodes are the highest-purity form of copper metal, produced through electrolytic refining of copper concentrates. With a purity level of typically 99.99% Cu, copper cathodes serve as the primary raw material for manufacturing wires, rods, sheets, tubes, and a wide range of electrical and industrial products.

Our copper cathodes are manufactured to international standards, offering exceptional conductivity, corrosion resistance, and uniform quality — making them ideal for both industrial and electrical-grade applications.

Key Properties

  • Purity up to 99.99% copper

  • Excellent electrical and thermal conductivity

  • High ductility and malleability

  • Superior corrosion resistance

  • Smooth, uniform surface finish

SPECIFICATION: Copper cathode Purity 99.97% – 99.99%

  • Quality: Cu-CATH-1 – High-Purity Copper Cathode

  • Purity: Grade A – 99.99% minimum (ASTM B115)

  • Origin: Democratic Republic of Congo

  • Weight: 105 kg per sheet

  • Packing: Palletized and strapped with aluminum bands

  • Net Weight per Pallet: Approximately 2 MT

  • Certificate (Q&Q): SGS

Copper Milberry

High-Purity Recyclable Copper Scrap

Copper Millberry is a premium grade of copper scrap consisting of clean, uncoated, unalloyed copper wire, typically obtained from electrical and industrial cables. It is one of the most valuable and widely traded forms of recyclable copper due to its extremely high copper content and excellent melting efficiency.

Our Copper Millberry is carefully sorted, processed, and packed to ensure consistent purity, making it ideal for copper smelters, refineries, and manufacturers of copper products.

Key Properties

  • Copper content: typically 99.9%+

  • Free from insulation, coatings, and contamination

  • High electrical and thermal conductivity

  • Excellent melting and refining performance

  • Uniform wire grade and low oxidation

Aluminium Ingot A7

High-Purity Aluminium for Industrial & Manufacturing Use

Aluminium Ingot A7 is a primary aluminium product with a purity level of approximately 99.7% aluminium (Al). It is produced through electrolytic smelting and casting, offering excellent consistency, low impurity levels, and superior metallurgical performance. A7 grade ingots are widely used across casting, rolling, extrusion, and alloying industries.

Our Aluminium Ingot A7 is manufactured and supplied to meet international quality standards, making it suitable for both domestic and export markets.

Key Properties

  • Aluminium purity: 99.7% Al

  • Low iron, silicon, and trace impurities

  • Excellent corrosion resistance

  • High thermal and electrical conductivity

  • Smooth surface and uniform ingot size

Aluminium Ingot A7 – Chemical Composition

  • Aluminium (Al): 99.7% minimum

  • Silica (Si): 0.10% maximum

  • Iron (Fe): 0.20% maximum

  • Copper (Cu): 0.01% maximum

  • Magnesium (Mg): 0.01% maximum

  • Manganese (Mn): 0.00% maximum

  • Zinc (Zn): 0.03% maximum

  • Gallium (Ga): 0.01% maximum

  • Titanium (Ti): 0.01% maximum

Physical & Packing Details

  • Appearance: Silver white

  • Individual Ingot Weight: 22.7 – 1.5 kg each (approx.)

Individual Ingot Dimensions

  • 740 × 170 × 11.4 mm

  • 746 × 180 × 105 mm

  • 746 × 170 × 11.4 mm

Bundle Details

  • Number of Ingots per Bundle: Approx. 44 ingots

  • Ingot Stack Size:

    • 740 × 740 × 1026 mm

    • 746 × 746 × 950 mm

    • 746 × 746 × 1025 mm

  • Normal Bundle Weight: 975 – 1,000 kgs (approx.)