Primary Aluminium Metal

Primary aluminium ingots are manufactured through the Hall–Héroult smelting process and cast into standardized shapes for versatile industrial use. With purity levels typically ranging from P1020 to higher-grade purity aluminium, these ingots offer excellent castability, corrosion resistance, and mechanical performance. They are widely used in alloying, die-casting, rolling, automotive components, construction materials, and general foundry operations. We supply multiple ingot dimensions and packaging formats to match global procurement standards.

Aluminium billets—also known as extrusion billets—are produced via direct-chill casting to achieve uniform grain structure, low porosity, and consistent metallurgical properties. Available in 2xxx, 6xxx, and 7xxx series alloy compositions, these billets offer exceptional extrudability, surface finish quality, and mechanical strength. They are suitable for architectural profiles, heat-treated structural components, precision tubes, transportation applications, and engineered extrusions requiring tight dimensional control.

T-Bars (or T-Ingots) are large-format cast aluminium units designed for bulk handling and efficient remelting. Produced with stable oxygen levels and minimal inclusions, these materials ensure improved melt recovery and predictable metallurgical performance during downstream processing. They are widely preferred by rolling mills, master alloy producers, automotive foundries, and other high-volume users demanding consistent furnace charging efficiency.

Aluminium sows are heavy, large-format cast blocks ideal for long-distance shipment and remelt operations. Manufactured using controlled casting methods to ensure high purity and low impurity index, sows typically conform to P1020 and foundry-grade standards. Their robust structure allows optimized furnace loading, uniform melting behaviour, low dross generation, and compatibility with various alloying pathways. Sows remain a preferred form for smelters and global consumers involved in large-scale alloy production.

Primary aluminium wire rods are produced via in-line continuous casting and rolling, ensuring superior electrical conductivity, controlled resistivity, and excellent surface finish. Typically manufactured in EC-grade (Electrical Conductor) purity, these rods conform to international norms such as ASTM B233 and IEC standards. They are used extensively in overhead conductors, power cables, ACSR/AAAC/ACSR-AW manufacturing, mechanical wires, and cold-working applications that demand consistent metallurgical integrity.