Why India lifted a decades-old ban on wood construction and how cross-laminated timber (CLT) is now growing at a record pace, reshaping the future of how India builds.
A 27-Year Silence, Broken
For almost 30 years, India’s government buildings were off-limits to wood. In 1993, the Central Public Works Department (CPWD) banned wood from its projects, taking charge of most of the country’s construction. This was a well-meaning but blunt response to India’s shrinking forest cover. Concrete columns, metal frames, and plastic composites filled the space. Wood became a thing of the past, a piece of history.
In July 2020, a brief memo subtly altered the course of history. The CPWD lifted its 27-year ban on the use of wood in public construction because India is committed to the UN Framework Convention on Climate Change and to its nationally determined contribution to create an additional carbon sink of 2.5–3 billion metric tons of CO₂ by 2030. There was no doubt about it: wood was no longer the issue. It was now a part of the answer.
That signal has turned into a roar by 2026. India is now one of the world’s biggest users of wood for building homes. Each year, the country requires 63 million cubic meters of wood, a figure projected to increase to 98 million cubic meters by 2030. The Modi government’s “Wood is Good: Grow More, Use More” policy has made the country’s timber plans official. Analysts expect the housing shortage of 19 million units to double in five years. This situation makes quick, long-lasting construction not only desirable but also necessary.
“Wood was once considered the problem. In 2026, it is unequivocally the answer.”
At the leading edge of this transformation sits a category of engineered wood that was virtually unknown in India a decade ago: Cross-Laminated Timber, or CLT. And at the leading edge of CLT’s arrival on Indian soil sits Techle Indo Innovation, a Bengaluru-headquartered company that manufactures CLT homes in the woodworking capital of the world and brings them, precision-engineered, to India.
What is cross-laminated timber, and why does it matter?
Cross-laminated timber, as the name itself says, is wood planks layered in a crisscross format and glued with a high-pressure vacuum to make them firm. In simple language, think of it as a group of plywood sticks together, but CLT is much stronger than any other engineered wood product.
That alternating pattern is what makes it so tough. Because the wood grain in each layer runs in a different direction, the weight becomes spread out both ways instead of just one. This keeps the panels from bending or warping and lets them span large spaces without needing columns or beams holding them up in the middle.
The result is something that holds up just as well as concrete, but without the environmental baggage. In fact, wood actually stores carbon rather than releasing it, making CLT a much greener choice.
Carbon-Negative by Nature
CLT sequesters carbon within its fibers throughout its entire lifespan. A CLT building serves as a carbon store, unlike concrete and steel, which release enormous volumes of CO₂ during production. It does not add to the problem; it actively reduces it.
Remarkable Build Speed
CLT panels are prefabricated to exact dimensions off-site, meaning the bulk of the work is done before a single component reaches your plot. On-site assembly is completed in days or weeks, not months, cutting project timelines by up to 90% compared to conventional concrete construction.
Counterintuitive Fire Safety
This is the question every concrete convert asks first, and CLT answers it convincingly. Thick CLT panels char predictably on the outside at roughly 1.5 inches per hour, forming a protective insulating layer that shields the structural core. Unprotected steel, by contrast, can lose half its strength within 15–20 minutes of fire exposure. CLT degrades slowly, predictably, and safely.
Built for Multi-Storey India
Updated international building codes now permit mass timber structures up to 18 storeys. CLT is no longer a material for weekend cottages. It is a material for urban India, apartments, offices, institutions, and everything in between.
The global CLT market is valued at approximately $1.5–1.8 billion in 2026. It is projected to surpass $4–7 billion by 2034, growing at a 14–15% CAGR. Asia-Pacific is the fastest-growing region. And within Asia-Pacific, India’s CLT market is entering its early growth phase with every foundational driver firmly in place.
Why 2026 Is India’s CLT Inflection Point
The conditions driving CLT adoption in India right now are not the result of a single policy or a passing trend. Five structural forces are arriving at the same time, and together, they are irreversible.
1. The Housing Crisis Demands a Faster Material
India’s 19-million-unit housing shortage cannot be solved with concrete. The timelines are too long, the costs too unpredictable, and the labor dependency too high. CLT’s prefabricated, precision-assembled model can deliver structurally complete buildings in weeks. That is not an incremental improvement over concrete; it is a categorical one.
2. ESG Mandates Are No Longer Optional
India’s Smart Cities Mission, GRIHA, and IGBC green rating systems are awarding credits for engineered wood. Corporate developers, institutional buyers, and hospitality groups face growing pressure to demonstrate measurable sustainability commitments. A CLT building is not a certificate on a wall; it is a physical, carbon-sequestering proof of intent.
3. Policy Has Turned Decisively Pro-Timber
The CPWD ban is gone. Pilot programs for mass timber in public infrastructure are underway. The “Wood is Good” national initiative is funneling resources into timber supply chains, forest development, and engineered wood standards. The regulatory environment that once blocked timber is now actively accelerating it.
4. Luxury Buyers Are Choosing Timber
India’s premium residential market is booming, and its buyers are increasingly sophisticated. Exposed CLT communicates biophilic design, natural luxury, and environmental consciousness in a way that a concrete wall never can. In 2026, choosing CLT is as much a brand statement as it is a construction decision.
5. The Supply Chain Has Arrived on India’s Doorstep
For years, CLT in India meant sourcing from Austria or Canada, long lead times, high freight costs, and limited customization. Southeast Asian manufacturing, including Techle’s own precision factory in Jepara, Indonesia, has entirely changed that equation. World-class CLT is now available with dramatically quicker delivery access to Indian sites.
The Case Against Concrete: Made in Numbers
For a country that has built its entire urban identity in concrete, the shift to CLT requires compelling evidence, not just aspiration. The evidence is overwhelming.
| Factor | CLT | Conventional Concrete |
| Carbon Impact | Sequesters carbon; 70–85% lower embodied CO₂ | Among the largest CO₂ emitters in industry |
| Construction Speed | Weeks — factory-built, site-assembled | Months to years — curing, formwork, sequential trades |
| Site Waste | Minimal. CNC-cut to exact specification | Significant. Off-cuts, over-ordering, debris |
| Seismic Performance | Lightweight and tough; safely flexes under load | Rigid and heavy; prone to brittle fracture |
| Thermal Performance | Natural insulator; dramatically lower energy bills | Poor insulator; requires additional insulation systems |
| Foundation Load | Up to 5× lighter; smaller, cheaper foundations | Heavy demands a large, expensive foundation work |
| Occupant Wellbeing | Biophilic; proven to reduce stress and raise productivity | No equivalent benefit |
| End of Life | Timber can be repurposed or composted | Demolition waste — largely non-recyclable rubble |
Producing one tonne of soft timber requires approximately 0.85 MWh of energy, which puts the energy picture in sharp focus. Producing one tonne of concrete blocks requires 2.57 MWh. In a world where embodied carbon is increasingly priced, regulated, and scrutinized, CLT is not just the greener choice; it is the economically rational one over any honest lifecycle analysis.
How Techle Brings CLT From Indonesia’s Forests to Indian Soil
The easy part is realizing that CLT is the best option for your project. The real challenge is finding a supplier you can trust, ensuring the wood is properly treated for India’s climate, and getting it delivered to your site in perfect condition, without delays, damage, or compromises. That is precisely what Techle Indo Innovation was created to do, and we built our entire operation around solving that one problem.
Located in Jepara, Central Java, Indonesia’s legendary woodworking capital, Techle’s manufacturing facility has refined timber craftsmanship over centuries. Techle completes 80% of every CLT home in this factory under controlled, weather-independent conditions before a single component reaches Indian soil. The result is millimeter-level precision that open-air, on-site concrete construction is structurally incapable of matching.
The Five-Stage Timber Fortification Process
It’s not just the type of wood that makes Techle’s CLT different from other mass-timber imports; it’s also what happens to the wood before it becomes a structural panel. A five-step treatment process turns high-quality Indonesian hardwood into a climate-smart, zero-maintenance engineered system for every piece of wood.
Stage 1: SVLK-Certified Sourcing: Every log starts with a legal, traceable source. Techle has SVLK certification. The strictest legal timber verification standard in Indonesia means that every piece of wood comes from forests that are managed in a way that is beneficial for the environment and has full chain-of-custody documentation. Using Techle CLT ensures that your wood originates from an unharmed forest.
- Stage 1: SVLK-Certified Sourcing: Every log starts with a legal, traceable source. Techle has SVLK certification. The strictest legal timber verification standard in Indonesia means that every piece of wood comes from forests that are managed in a way that is beneficial for the environment and has full chain-of-custody documentation. Using Techle CLT ensures that your wood originates from an unharmed forest.
- Stage 2: Precision Sawing: Machines cut the logs to exact, even sizes. This gets rid of the natural differences in raw wood and makes sure that each lamination layer bonds with perfect structural consistency, which is what makes a CLT panel strong.
- Step 3: Vacuum Pressure and Chemical Treatment: Each piece of wood goes into a vacuum chamber, which pulls out moisture from the inside while also pushing eco-friendly chemical preservatives deep into the wood’s cells. This step completely removes the risk of insects, larvae, termites, or fungal decay, which are common problems with untreated wood in India’s humid climate.
- Stage 4: Industrial Kiln Drying (10–15 Days): This is the most important step. The final moisture content of the wood is 8–12% after a carefully controlled drying cycle. This level of dimensional stability is what keeps your CLT structure from ever shrinking, warping, cracking, or gapping. This is true whether it’s the monsoon season in Bengaluru, the dry heat of northern India, or the humid coastal weather in Kerala. This process is the step that makes engineered wood different from regular wood.
- Stage 5: Final Component Processing: Stabilized and strengthened wood is carefully shaped into structural CLT (cross-laminated timber) panels, doors, flooring, and ceiling parts, which are then joined and finished to the highest architectural standards. These parts are ready to assemble when they arrive at your site, not after preparation.
The outcome is a material that no longer behaves like conventional wood. It behaves like a precision-engineered structural system, one that combines the warmth and biophilic beauty of natural timber with the predictability and durability that serious construction demands.
Who Should Be Moving Now
India’s CLT market in 2026 is where the Indian solar sector was in 2012: early, high-conviction, and open to those willing to move before the crowd arrives. The opportunity is real across several categories.
Resort & Hospitality Developers
Every day of construction delay is a day of lost revenue. CLT’s rapid, prefabricated construction significantly shortens project timelines, and the premium aesthetic of exposed timber commands higher room rates and stronger guest loyalty. Today’s luxury traveler chooses destinations with sustainability credentials, and a CLT resort provides them organically.
Villa & Farmhouse Developers
Remote sites, hill stations, coastal plots, and forest estates demand construction methods that are lightweight, minimally disruptive, and suited to difficult terrain. CLT structures are significantly lighter than concrete equivalents, require smaller foundations, and can be assembled with a small crew in days. For ecologically sensitive land, there is simply no better option.
Institutional & Commercial Projects
Schools, hospitals, corporate campuses, and government buildings increasingly require green building certification. CLT delivers structural performance, outstanding thermal and acoustic insulation, measurable carbon benefits, and occupant wellbeing improvements that concrete cannot offer while meeting every relevant safety and structural code.
Architects & Interior Designers
CLT offers something concrete that it can never be: exposed structural beauty. Open spans, clean lines, warmth, texture, and the ability to customize sizing from a single-level home to a multi-story structure. Techle provides full technical support from the first sketch to the final installation and bulk supply capability for large-scale developments.
The question Indian developers should be asking in 2026 is not whether CLT will grow here; it will. The question is whether you want to set the benchmark or follow it.
The Age of Timber Has Already Begun
Globally, the world’s largest companies, Google, Amazon, and Microsoft, are building their campuses in mass timber. The world’s tallest timber tower stands at 25 storeys. In Austria, Switzerland, and Scandinavia, CLT has been the default for sustainable urban housing for over a decade.
India is not beginning anew. It is starting in 2026, with a lifted ban, clear policy momentum, a housing crisis that demands both speed and scale, and an entire generation of architects and developers who already understand that the future of construction is not more concrete. It is smarter, more beautiful, more responsible wood.
Techle Indo Innovation serves as the bridge between global knowledge and Indian soil, offering a certified, traceable supply chain, a world-class manufacturing facility in the heart of Indonesia’s woodworking heritage, and a precision delivery model that takes your project from first consultation to move-in-ready structure without the delays, cost overruns, or environmental damage that concrete construction has made normal.
The Age of Timber is not coming to India. It is already here. The only question is who builds it.
Ready to make the shift?
Visit our Experience Center in Devanahalli, Bengaluru; walk through a fully assembled CLT home; feel the insulation; inspect the finish; and understand the standard for yourself.