In March 2026, SPJ Group awarded its structural steel contract to Jindal Steel and Power Ltd — one of India’s leading domestic manufacturers. As reported by Business Standard , this partnership highlights a broader shift in commercial construction: developers are moving away from purely cost-driven material choices toward decisions based on long-term durability and structural performance.
Stricter National Building Code (NBC) 2023 standards across NCR, combined with increased RERA scrutiny, are now redefining how material selection affects a commercial asset's structural integrity and long-term performance.
Historically, commercial assets were evaluated primarily at the time of possession. Today, building quality is assessed over a 15–20 year performance horizon — and material choices made at the construction stage directly determine that outcome.
The right construction materials directly affect:
Under NBC guidelines established by the Bureau of Indian Standards, the use of durable, code-compliant materials is now a regulatory requirement — not simply a developer choice.
From an investor’s standpoint, material quality has become one of the most consequential financial variables in commercial real estate evaluation.
For investors evaluating commercial property in NCR, the specification sheet is now as important as the location.
In a high repo-rate environment, tenants increasingly prioritise Grade A buildings to manage operational overheads — increasing occupancy demand for well-constructed commercial assets and tightening the supply of quality-compliant space.
| Material Type | Best Use Case | Key Advantage | Risk if Misused |
|---|---|---|---|
| Structural Steel | High-rise frameworks | Faster execution, flexible design | Higher upfront cost |
| Reinforced Concrete | Foundations, core structures | High compressive strength | Cracking if poorly cured |
| AAC Blocks | Internal walls, partitions | Lightweight, thermal efficiency | Lower strength vs RCC |
| TMT Steel Reinforcement | Structural integrity support | Load-bearing durability | Failure if low-grade used |
The most durable commercial buildings are built using a hybrid material approach — combining structural steel, reinforced concrete, and energy-efficient blocks based on the specific structural requirement of each zone.
Government-backed construction standards for commercial buildings can be verified through the National Building Code (NBC) and RERA compliance frameworks applicable to the respective state.
Q. Why is durability important when selecting construction materials?
Durable construction materials maintain structural integrity over decades, ensuring occupant safety and significantly reducing long-term maintenance and repair costs — directly improving net returns for property owners.
Q. Are high-quality construction materials worth the higher upfront cost?
Yes. They typically lead to lower maintenance, fewer repairs, and better long-term financial efficiency.
Q. Are high-quality construction materials worth the higher upfront investment?
Yes. High-specification materials lead to lower lifecycle maintenance costs, fewer structural interventions, and better capital appreciation — making them a sound financial decision for commercial real estate investors with a 7+ year horizon.
Q. What causes construction materials to deteriorate faster than expected?
The primary factors include prolonged moisture exposure, extreme temperature variation, inadequate load distribution, and the use of materials with low corrosion or abrasion resistance — all of which are avoidable with proper specification at the design stage.
Q. Can construction material selection impact a building's environmental footprint?
Significantly. Durable, high-quality materials reduce replacement cycles, limit construction waste, and lower total resource consumption across the building lifecycle — supporting green building certifications such as IGBC and GRIHA.
Q. Why does location matter when specifying construction materials?
Climate conditions including NCR’s heat, monsoon humidity, and seasonal temperature shifts directly affect material performance. Specifications designed for local conditions significantly extend a commercial building’s structural lifespan and reduce weather-related maintenance.
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