Aluminium alloy ingots are large casting products that are generally larger than blooms, billets, and slabs. They commonly have a rectangular or square cross-section, although the cross-section may vary along the length of the ingot. Aluminium alloy ingots are produced in grades such as LM-2, LM-4, and LM-6 for applications including gravity and sand casting, as well as LM-13, LM-14, LM-24, ADC-12, and ALSI-132 for pressure die casting. These alloys can be manufactured in accordance with applicable Indian and international standards.
The reported technical specifications include weights ranging from 8-110 kg, a height of 70MM, a width of 110MM, and a length of 600MM. The manufacturing process covers scrap pretreatment, comminution, cleaning, sorting, decoating, charging and fluxing, melting, alloying, degassing, ingot casting, and quality control. The report also addresses emissions and environmental management, pollution-control techniques, market position, aluminium industry structure, plant layout, and suppliers of raw materials, equipment, and supporting utilities.
| Particulars | Value |
|---|---|
| Plant Capacity | 40 MT/Day |
| Land & Building (6000 sq.mt.) | Rs. 2.67 Cr |
| Plant & Machinery | Rs. 4.24 Cr |
| Working Capital for 2 Months | Rs. 27.32 Cr |
| Total Capital Investment | Rs. 34.86 Cr |
| Rate of Return | 62% |
| Break Even Point | 46% |
Aluminium alloy ingots are large cast products made from aluminium alloys for subsequent casting and manufacturing applications. They generally have rectangular or square cross-sections, although their dimensions can vary along their length. Depending on alloy composition and grade, aluminium ingots can be used for gravity casting, sand casting, and pressure die casting. Their production typically involves scrap preparation, melting, alloying, melt treatment, casting, and quality control to achieve the required chemical and physical characteristics.
The report covers aluminium alloy grades used for different casting applications, including LM-2, LM-4, LM-6, LM-13, LM-14, LM-24, ADC-12, and ALSI-132. The selection of an alloy grade depends on the intended casting process and the required material characteristics. The report indicates that these alloys may be manufactured according to Indian and international standards, with chemical composition and technical specifications forming important parts of quality control.
The main manufacturing stages include scrap pretreatment, charging and fluxing, melting, alloying, degassing or melt treatment, ingot casting, and quality control. Scrap pretreatment can involve comminution, cleaning, sorting, and decoating before the material enters the melting operation. During melting, temperature control, skimming, alloying, and flux management are important process activities. Melt treatment helps control impurities and dissolved gases, while casting converts the treated molten alloy into the required ingot form.
Scrap pretreatment is important because it helps prepare aluminium scrap for efficient and controlled melting. Activities such as size reduction, cleaning, sorting, and decoating can reduce unwanted materials and improve the consistency of the furnace charge. Sorting technologies may include magnetic separation, air separation, eddy current separation, dense media separation, and hand sorting. Proper pretreatment can support better furnace operation, improved material recovery, and more consistent alloy quality while helping manage contaminants and process emissions.
Aluminium melting operations can use different fluxes for specific metallurgical functions. The report identifies cover fluxes, drossing fluxes, cleaning fluxes, wall cleaning fluxes, degassing fluxes, grain refiners, silicon modifiers, and demagging fluxes. Their selection depends on the charge material, alloy composition, furnace operation, and required melt quality. Appropriate flux management can help protect molten aluminium, facilitate impurity removal, control dross, and support the production of metal with characteristics suitable for subsequent casting.
Environmental controls for an aluminium alloy ingot plant address air emissions, water, solid waste, and noise. The report discusses control technologies including gravitational settling chambers, cyclone separators, fabric filters, electrostatic precipitators, and wet scrubbers for air pollution management. Water pollution control and effluent treatment are also considered. Effective environmental management generally combines suitable control equipment, waste-handling practices, monitoring programs, and operational controls designed around the plant's processes and applicable environmental requirements.
Detailed Project Report (DPR) includes Present Market Position and Expected Future Demand, Technology, Manufacturing Process, Investment Opportunity, Plant Economics and Project Financials. comprehensive analysis from industry covering detailed reporting and evaluates the position of the industry by providing insights to the SWOT analysis of the industry.
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