TLDR: Aluminium Sow Ingot price is a reflection of global LME benchmarks and domestic NALCO price circulars. As the primary feedstock for high-volume smelting, pricing is cyclically driven by the automotive die-casting and power infrastructure sectors. Market stability is anchored by primary production from NALCO, with key liquidity and distribution centered in industrial hubs like Faridabad, Raipur, and Kolkata.
Aluminium Sow Ingots are massive, unrefined blocks of aluminium, often weighing up to 1,000 kg, that serve as the primary raw material for high-volume smelting and alloying operations. Named "sows" for their characteristic large, rectangular shape that resembles a sow lying on its side, these blocks are cast directly during the primary smelting process.
Unlike standard 25 kg ingots, sow ingots are designed for industrial efficiency, allowing large-scale foundries to melt massive quantities of metal in a single furnace charge. With a typical purity of 99.7% (P1020 grade), they are the backbone of the aluminium supply chain, feeding the automotive, construction, and power sectors.
Aluminium Sow Ingot Technical Specifications, Industrial Applications, Where to Get
What is an Aluminium Sow Ingot?
An Aluminium Sow Ingot is a large, solid mass of aluminium cast into a heavy-duty mold. While standard ingots are manageable by hand, sow ingots require heavy machinery like forklifts or cranes for handling. They are primarily used as "melt stock" to create specific alloys or to feed continuous casting lines.
Due to their massive size, they have a lower surface-to-volume ratio than smaller ingots, which reduces oxidation losses during the melting process, making them highly cost-effective for large-scale production.
Technical Specifications of Aluminium Sow Ingot
We supply primary-grade sow ingots from NALCO, ensuring compliance with IS 617 and LME standards.
| Property | NALCO Primary Sow (P1020) | Standard / Test Method |
|---|---|---|
| Aluminium (Al) Purity | 99.70% Minimum | IS 11890 / LME Grade |
| Iron (Fe) Content | 0.20% Maximum | OES / AAS Analysis |
| Silicon (Si) Content | 0.15% Maximum | OES / AAS Analysis |
| Form / Shape | Large Sow / T-Ingot | Industrial Casting |
| Unit Weight | 500 kg – 1000 kg | Heavy Handling Grade |
| Density | 2.70 g/cm³ | Standard Aluminium |
| Melting Point | 660.3°C | Thermal Benchmark |
Key Industrial Applications of Aluminium Sow Ingot
Aluminium sow ingots are essential for high-throughput manufacturing:
Automotive Die-Casting: Melted and alloyed with silicon and copper (ADC12/LM6) to produce engine blocks, transmission housings, and structural frames.
Electrical Industry: Remelted to produce EC Grade wire rods for power transmission cables and bus bars due to high purity (99.7%+).
Steel Deoxidation: Used in the steelmaking process to remove dissolved oxygen from molten steel, improving the final product's structural integrity.
Alloy Manufacturing: Serves as the base "pure" metal for creating specialized 6000-series and 7000-series alloys used in aerospace and construction.
Large-Scale Extrusion: Cast into large billets for the production of heavy structural profiles and architectural sections.
Where to Get Aluminium Sow Ingot?
Our distribution network focuses on three major industrial corridors:
North (Faridabad): Serves the massive automotive die-casting belt of Haryana and the NCR.
Raipur: Strategically located near primary smelters to serve the central Indian casting industry.
East (Kolkata): Supporting the heavy engineering and power infrastructure sectors of West Bengal and Odisha.
Key Factors Influencing Aluminium Sow Ingot Prices Today
Aluminium pricing depends on global smelting cycles and infrastructure demand: LME and MCX Price Benchmarking: Global exchange rates set the base, with domestic producers like NALCO and Hindalco aligning quotes to London Metal Exchange trends; Energy Intensity in Primary Smelting: Aluminium sow production requires immense electricity, so rising industrial power tariffs directly increase factory-gate prices; National Power Grid Expansion Projects: Large government transmission and infrastructure projects drive bulk demand and tighten supply; Automotive Die-Casting Production Cycles: Increased vehicle manufacturing raises demand for aluminium melt stock used in engine blocks and components; Global Alumina and Bauxite Availability: Supply disruptions in alumina refining or bauxite mining increase raw material costs and establish a higher price floor.
Why Source Aluminium Sow via OfBusiness?
In a market sensitive to energy costs and global LME fluctuations, OfBusiness provides the transparency needed for bulk procurement:
Direct NALCO Linkage: Guaranteed access to primary NALCO stock, ensuring 100% purity and metallurgical consistency.
Bulk Handling Efficiency: Optimized logistics for heavy sow blocks, reducing secondary handling costs for your foundry.
Live Price Discovery: Real-time pricing tied to LME and domestic producer changes, updated daily to help you time your orders.
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