Rethinking freight economics: Why material choice will shape India’s logistics future

May 20, 2026

By Rajeev Garg, Head of Sales, Jindal Stainless

India’s logistics ecosystem is undergoing a massive shift, one of its biggest in decades. From PM Gati Shakti and Dedicated Freight Corridors (DFCs) to multimodal connectivity and large-scale highway expansion, the government is investing heavily in improving the speed, scale, and sustainability of freight movement. Underlying these investments is a broader ambition to make India’s logistics ecosystem more efficient, resilient, and future-ready.

While much of the current focus remains on expanding logistics infrastructure and freight capacity, an equally critical consideration is whether these assets are being designed to withstand India’s operating realities and environmental conditions over the long term. The importance of this becomes far more pronounced in sectors where freight assets are exposed to reactive and corrosive materials such as chemicals, salt, and industrial oils, as well as harsh external conditions including saline water, humidity, and pollution. In many such environments, the challenge is not merely transportation efficiency, but asset survival itself.

The silent drain on economics

What makes this challenge even more significant is its economic impact, much of which remains hidden in routine operating costs and maintenance cycles. In highly saline and moisture-heavy environments, conventional freight structures deteriorate rapidly, resulting in weakened trailer bodies and corroded underframes, leading to an endless maintenance cycle. Over time, these inefficiencies directly impact fleet productivity, lifecycle economics, safety, and cargo integrity. India loses approximately 4% of its GDP to corrosion annually and yet it continues to remain one of the logistics sector’s most underestimated operational risks.

Salt logistics is perhaps one of the strongest examples facing this challenge. First, the science of it all. Salt tippers experience rapid corrosion because salt acts as a powerful electrolyte, which when mixed with moisture accelerates the rusting of metal. Salt breaks down the protective passive layer on trailers made of conventional materials, allowing salt-laden moisture to cause pitting and structural failure within 3-4 years. For a logistics ecosystem operating at scale, these inefficiencies ultimately compound into larger economic costs. Apart from logistical concerns, the corroded vehicle body also poses a serious hygiene issue since it contaminates the salt.

This is why the industry now needs to move beyond upfront acquisition cost towards lifecycle value creation. Materials play a critical role in transition. When materials are evaluated based on lifecycle cost, durability, and operational efficiency, the long-term economic and environmental benefits become evident. This approach can significantly improve efficiency and sustainability across sectors.

Engineering assets for long term

Materials like stainless steel offer a viable solution. In sectors especially involving edible commodities, chemicals, and sensitive cargo movement, it offers a safer and more hygienic alternative, owing to its non-reactive and corrosion-resistant properties.

When Jindal Stainless developed a salt trailer solution for a customer, the objective was to engineer trailers capable of operating in highly corrosive salt transportation environments without recurring structural deterioration. Initial industry attempts involving partial stainless steel applications had failed as the combination of dissimilar metals had led to galvanic corrosion.

To address this challenge, a fully stainless steel trailer solution was developed with a focus on not only on corrosion resistance, but also on balancing strength, weight optimisation, and long-term operational performance.

The outcome significantly altered fleet economics. Compared to conventional alternatives, these stainless steel trailers have demonstrated maintenance cost reductions of nearly 90%, operational life exceeding 15 years, and lifecycle savings of approximately ₹34 lakh per trailer over a 10-year period. In addition, the trailers are also lighter by nearly 1.2 tonnes, enabling higher payload capacity, improved fuel efficiency, and better revenue per trip.

Railway logistics is also evolving with this understanding. Indian Railways is now using stainless steel containers instead of their previous methods of transporting salt, reducing maintenance requirements and enhancing cargo protection over longer operational cycles.

Globally, logistics ecosystems are increasingly moving towards lifecycle-based procurement models that prioritise long-term value over upfront cost optimisation. India is gradually moving in the same direction, and for right reasons. As the country scales industrial output, expands freight movement, and strengthens supply chains across sectors, sustainability becomes crucial for economic management. Infrastructure that lasts longer and performs better will ultimately determine the efficiency, resilience, and competitiveness of India’s industrial growth story in the decades ahead.

This post was published on 18th May on https://www.manufacturingtodayindia.com/rethinking-freight-economics