Jindal Aluminium’s new Bhiwadi factory satisfies expanding building demand by providing innovative, long-lasting aluminium solutions while maintaining high quality through modern alloys, eco-friendly coatings, and AS9100D aerospace certification.

How has the Bhiwadi plant’s increased production capacity helped meet growing construction demand, and what are the primary applications of your aluminium products in construction projects?
The Bhiwadi plant has greatly increased our ability to fulfil the industry’s growing demand, notably in the northern market. The factory allows us to provide larger volumes more efficiently, resulting in faster turnaround times and a more consistent supply for our customers. The plant also allows us to be more flexible in managing a wide range of project requirements, from standard products to bespoke profiles, establishing us as a reliable partner in meeting the complicated needs of the construction sector.

Aluminium’s versatility in construction is demonstrated by its usage in structural components such as beams, columns, and frames, which offer lightweight but robust alternatives to traditional materials such as steel. It also specialises in façade and cladding systems, providing beautiful and long-lasting solutions for building exteriors. Its corrosion resistance and strength make it a popular choice for window and door frames, while its lightweight design allows for practical use in roofing and ceiling constructions. Aluminium extrusions are also great for pedestrian bridges and walkways because of their high strength-to-weight ratio, and they provide both durability and aesthetic appeal when used in railings and fencing for infrastructure projects.

How does aluminium contribute to infrastructure resilience and durability, and how does Jindal Aluminium ensure its products meet modern construction standards?
Aluminium’s intrinsic resistance and natural immunity to corrosion make it ideal for infrastructure projects, providing outstanding strength and durability. It generates a protective oxide coating that prevents corrosion and ensures long-term protection. Its adaptability enables the construction of intricate shapes while maintaining stability, making it excellent for new architectural projects. Furthermore, aluminium structures are resistant to climatic variables and UV radiation, allowing them to last longer. Aluminium is a fully recyclable and sustainable material, making it preferable for long-term and durable infrastructure projects.

We are dedicated to providing products that satisfy the highest performance and dependability criteria. Our world-class manufacturing facilities, equipped with cutting-edge technology, allow us to produce aluminium profiles with exceptional surface finishes and good chemical and mechanical properties that meet international requirements. Our in-house tool factory enables us to create high-quality dies for intricate, custom-made designs, providing flexibility and precision. A comprehensive quality control system provides thorough testing from raw material inspection to final shipping, resulting in products that meet customer expectations. We also improve our processes through professional assistance from German and American technological specialists, which strengthens the quality and inventiveness of our operations.

Can you discuss the latest advancements in aluminium alloys developed by Jindal Aluminium?
As part of our continued commitment to innovation, we have made tremendous progress in aluminium alloy development, with a focus on addressing the needs of modern industries. Our most recent developments include high-strength alloys for aerospace applications, lightweight materials for the automotive industry, and corrosion-resistant alloys for marine conditions. We have also embraced precision extrusion technology, attaining micron-level accuracy in our profiles, thus improving product quality and reducing waste. Furthermore, incorporating cutting-edge technologies and real-time monitoring systems provides constant output throughout all manufacturing lines.

We provide a comprehensive choice of extruded alloys adapted to specific needs. For example, the 6063 alloy is known for its excellent surface quality, making it ideal for architectural applications such as windows and doors. Alloy 6061, which combines strength and machinability, is widely used in structural applications in the transportation and infrastructure industries, with the added benefit of electrical conductivity for bus bars and fittings. The 6082 alloy is known for its strength in engineering projects such as cars and bridges, whilst the 6005 alloy creates a compromise between strength and surface polish, making it ideal for ladders and railings. On the rolling side, alloys such as AA 1050 and AA 1070 are employed in transformer windings and architectural cladding, whilst AA 1060 is used in LED cones.

How does Jindal Aluminium maintain quality standards across its product range, and what role does the AS9100D aerospace certification play in your operations and customer trust?
As India’s first aluminium extrusion company to earn AS9100D accreditation, we maintain high-quality standards with a comprehensive quality management system (QMS) that integrates all elements of production. It guarantees that quality is consistent throughout the manufacturing process, from raw materials to finished products. Employee training and development to foster an excellence and accountability culture, rigorous product testing and inspection, compliance with global standards, detailed process documentation to help track quality metrics, and close collaboration with suppliers to ensure that all raw materials meet strict specifications. Customer input is regularly requested and examined, allowing for continuous improvements based on real-world performance.

The AS9100D accreditation serves as a framework for operational excellence, encouraging efficiency and reducing waste, distinguishing us in a competitive market and demonstrating our dedication to high-quality standards. This certification builds consumer trust, especially in regulated areas like aerospace, by ensuring that the organisation follows global best practices in quality management. It also creates new business prospects and supports risk management by recognising and addressing quality issues. We are a five-decade-old company, and quality has always been associated with our products in the industry.

How do eco-friendly coatings like powder coating and anodising enhance the durability and aesthetics of your aluminium products, and what recent advancements have been made in these technologies?
Powder coating and anodising greatly improve the durability and look of aluminium items. Powder coating generates a robust, abrasion-resistant layer that protects against corrosion, UV radiation, and wear, ensuring that our goods can withstand hard circumstances over time. Anodising creates a protective oxide coating, which improves corrosion resistance and provides a variety of beautiful finishes. Together, these coatings protect aluminium objects while giving a clean, modern appearance that fits both functional and aesthetic criteria. Using GEMA Swiss automatic spraying equipment, we can powder coat extrusions up to 7.4 m in all RAL and bespoke hues. The facility operates with an amazing tolerance of 60-80 microns, guaranteeing that each product meets high-quality requirements. The innovative technology utilised in this procedure ensures that all extruded goods have a consistent colour application, and improve visual appeal.

For more information, visit: https://jindalaluminium.com/