18-Metre Glulam Structure in India: A Milestone for Mass Timber Construction
- Artius
- Jun 13
- 4 min read
Updated: 2 days ago
The construction industry is evolving rapidly as architects, developers, and engineers seek building materials that deliver structural performance, sustainability, and design flexibility. Among the most promising innovations is Glulam (Glue-Laminated Timber)—an engineered wood product transforming the way large-span buildings are designed around the world.
India is now becoming part of this transformation.
The 18-metre Glulam structure in Umbergaon, Gujarat, engineered and manufactured by Artius, is one of India's most significant engineered timber projects. More than just a construction milestone, it demonstrates how mass timber can successfully deliver large structural spans while reducing environmental impact and creating architecturally striking spaces.
For decades, steel and reinforced concrete have dominated industrial, commercial, and institutional construction. This project challenges that convention by proving that engineered timber can provide exceptional structural performance while supporting the growing demand for sustainable building solutions.
As India's construction sector moves toward lower-carbon materials and modern prefabricated systems, projects like this showcase the future of timber construction in India.
Located in Umbergaon, Gujarat, this landmark project features an 18-metre clear-span Glulam structural system designed to create large open spaces without intermediate supports.
The project brings together architectural creativity, structural engineering, and precision manufacturing to demonstrate the full potential of engineered timber.
Project Details
Specification | Details |
Project Location | Umbergaon, Gujarat, India |
Structural System | 18-Metre Glulam Structure |
Vision & Ownership | Mistry's, Umbergaon |
Architect | Ar. Ujjaval Parekh – Reasoning Instincts Architecture Studio |
Timber Engineering & Manufacturing | Artius |
Material | Engineered Glulam Timber |
This project reflects how modern timber engineering can achieve impressive structural spans while maintaining precision, aesthetics, and sustainability.
Why This Project Matters
The significance of this project extends far beyond its impressive dimensions.
Large-span structures have traditionally relied on steel or reinforced concrete because of their ability to carry heavy loads across long distances. Advances in engineered timber technology now allow Glulam to achieve similar structural objectives while offering several additional advantages.
This project demonstrates that timber is no longer limited to residential homes or decorative architectural elements. Instead, it can be used for demanding structural applications that require strength, stability, and long-term durability.
For India's growing construction industry, this represents an important shift toward innovative building systems that balance engineering performance with environmental responsibility.
Projects like this also encourage architects, developers, and institutions to rethink conventional material choices and explore the possibilities of modern timber engineering.
What Makes This 18-Metre Glulam Structure Unique?
Every landmark project contributes something valuable to the industry.
This project demonstrates several key capabilities of engineered timber construction:
Large Clear Span
The 18-metre span creates expansive open spaces without the need for intermediate columns, providing greater flexibility for industrial, commercial, and institutional buildings.
Precision Manufacturing
Every Glulam member was manufactured under controlled factory conditions using advanced engineering processes to ensure dimensional accuracy and consistent quality before reaching the construction site.
Faster Construction
Unlike many conventional construction methods, prefabricated Glulam components can be transported to site ready for installation, helping reduce on-site construction time and improve project efficiency.
Sustainable Material Choice
Timber stores carbon throughout its service life and is sourced from responsibly managed forests, making engineered timber an important material for low-carbon construction.
Architectural Freedom
Glulam enables architects to create clean, elegant, and visually warm spaces while accommodating complex structural forms that are difficult to achieve using traditional solid timber.
Together, these advantages position engineered timber as a practical solution for modern buildings requiring both performance and aesthetics.
Understanding Glulam (Glue-Laminated Timber)
Glulam, short for Glue-Laminated Timber, is a high-performance engineered wood product manufactured by bonding multiple layers of strength-graded timber using durable structural adhesives under carefully controlled conditions.
Unlike conventional solid timber, Glulam allows smaller timber sections to work together as a single structural member. This manufacturing process produces beams and columns that are stronger, more stable, and capable of spanning much greater distances.
Each timber lamination is selected, graded, and positioned to optimise structural performance, resulting in members that deliver consistent quality and predictable engineering properties.
Because Glulam is manufactured in a factory-controlled environment, it offers a level of precision that is difficult to achieve with conventional construction materials.
Today, Glulam is widely used across the world for airports, educational institutions, sports arenas, commercial buildings, bridges, resorts, luxury residences, and industrial facilities.
Its combination of strength, sustainability, and architectural appeal has made it one of the most important materials in modern timber engineering.
Why Architects and Engineers Are Choosing Glulam
The growing popularity of Glulam is driven by its ability to solve both structural and environmental challenges.
Compared with conventional construction materials, Glulam offers several advantages:
High strength-to-weight ratio
Long structural spans
Excellent dimensional stability
Factory-controlled manufacturing quality
Faster on-site installation
Reduced construction waste
Renewable and sustainable material source
Warm natural appearance
Flexible architectural design possibilities
These characteristics allow designers to create buildings that are not only structurally efficient but also visually distinctive and environmentally responsible.
Looking for Large-Span Timber Solutions?
From concept design and structural engineering to precision manufacturing and on-site installation, Artius delivers complete engineered timber solutions for projects across India.
Contact our team to discuss your next Glulam or mass timber project.
📞 +91 84688 30001🌐 www.artius.in
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