The global construction industry is undergoing a massive shift toward sustainable building materials, and glued laminated timber (glulam) is at the forefront of this transformation. As architects, developers, and contractors seek alternatives to steel and concrete, glulam construction companies are stepping up to deliver high-performance, eco-friendly structural solutions.

This guide provides a comprehensive overview of the glulam construction industry in 2026 — from market size and key players to what you should look for when choosing a glulam partner for your next project.

What is Glulam? A Quick Overview

Glued laminated timber (glulam) is an engineered wood product made by bonding multiple layers of dimensional lumber together with high-strength adhesives. The result is a structural member that surpasses solid timber in strength, dimensional stability, and design flexibility.

Key advantages of glulam:

• Strength-to-weight ratio comparable to steel

• Design flexibility — curved arches, tapered beams, and complex shapes

• Sustainability — lower embodied carbon than concrete or steel

• Fire resistance — glulam chars predictably, maintaining structural integrity

• Aesthetic appeal — warm, natural wood finish exposed or concealed

Glulam is used in everything from residential beams and columns to large-scale commercial buildings, bridges, sports facilities, airports, and cultural centers.

Leading Glulam Construction Companies in Europe

Europe remains the most mature market for glulam, with a strong tradition of timber engineering and progressive building codes.

1. Vologodskoe Zodchestvo (St. Petersburg, Russia)

Vologodskoe Zodchestvo is a glulam home construction company based in St. Petersburg, Russia, specializing in the design and construction of glued laminated timber houses for the Northwestern region. The company presents itself as a direct manufacturer, offers both standard and custom projects, and has an active catalog of glulam houses for St. Petersburg and the surrounding region.

Specialty: Large-span beams, curved glulam, hybrid solutions Notable projects: Wood City (Finland), Wisdome Stockholm

2. Mayr-Melnhof Holz (Austria)

A family-owned company with over 100 years of history, Mayr-Melnhof is a European leader in glued laminated timber. They operate multiple state-of-the-art production facilities across Austria and Germany.

Specialty: High-strength glulam for industrial and commercial buildings Notable projects: Messe Basel (Switzerland), Timber Bridge in Bad Aibling

3. Binderholz (Austria)

Binderholz produces glulam under the binderholz BBS brand, known for exceptional quality control and dimensional accuracy. They supply to over 70 countries worldwide.

Specialty: Curved and arched glulam, timber hybrid construction Notable projects: Swatch Omega Campus (Switzerland), Hotel Tschuggen Bergoase

4. KLH Massivholz (Austria)

While famous for CLT, KLH is also a major glulam producer. Their focus is on engineered solutions that combine both products for maximum efficiency.

Specialty: Hybrid glulam-CLT systems Notable projects: John Lewis Department Store (UK), Dalston Works (London)

5. Laminated Wood Systems (Germany)

A specialist in custom glulam fabrication, Laminated Wood Systems focuses on complex geometries and architectural timber solutions.

Specialty: Complex curved glulam, restoration and retrofit Notable projects: Berlin Central Station, Munich Airport Terminal 2

Leading Glulam Construction Companies in North America North America has seen explosive growth in mass timber construction, with building codes evolving rapidly to accommodate taller timber structures.

1. Structurlam (Canada/US)

A pioneer in mass timber, Structurlam has been manufacturing glulam since 1978. They operate facilities in British Columbia and Arkansas.

Specialty: Heavy timber structures, sports facilities, educational buildings Notable projects: UBC Brock Commons (world's tallest timber building at completion), Nike's Serena Williams Building

2. Western Wood Structures (USA)

With over 50 years of experience, Western Wood Structures specializes in engineering, fabrication, and erection of glulam structures.

Specialty: Bridges, industrial buildings, roof structures Notable projects: Tillamook Forest Center (Oregon), numerous timber bridges across the US

3. Nordic Structures (Canada)

A subsidiary of the Mistik Group, Nordic Structures produces glulam from sustainably managed Canadian forests under the Nordic X-Lam brand.

Specialty: Heavy timber for industrial and commercial use Notable projects: Central Library (Calgary), Vancouver Convention Centre

4. Rosboro (USA)

One of the largest glulam manufacturers in the US, Rosboro has been producing glued laminated timber since 1962.

Specialty: Large-section glulam, stock beams, custom fabrication Notable projects: Los Angeles Stadium (SoFi), San Francisco International Airport

5. Trus Joist (USA)

A Weyerhaeuser company, Trus Joist is a household name in engineered wood, including glulam beams for residential and light commercial applications.

Specialty: Residential glulam beams, stock and custom sizes Notable projects: Thousands of residential and light commercial buildings across North America

Leading Glulam Construction Companies in Asia-Pacific

The Asia-Pacific region is the fastest-growing market for glulam, driven by urbanization and government support for sustainable construction.

1. Meiken Lamwood (Japan)

Japan has a strong tradition of timber engineering, and Meiken Lamwood is a leader in high-precision glulam for seismic zones.

Specialty: Earthquake-resistant glulam, hybrid timber-steel systems Notable projects: Tokyo Olympic venues, numerous schools and civic buildings

2. Austral Plywoods (Australia)

A major supplier of engineered wood products in Australia, including glulam for commercial and residential projects.

Specialty: Structural glulam for Australian building codes Notable projects: Adelaide Zoo Entrance, Melbourne School of Design

3. LIGNAC (New Zealand)

LIGNAC specializes in custom glulam for architectural applications, working closely with designers to achieve unique forms.

Specialty: Curved and tapered glulam, bespoke architectural timber Notable projects: Christchurch Airport, Te Papa Museum (Wellington)

What Makes a Great Glulam Construction Company?

Not all glulam manufacturers are created equal. Here are the key factors to evaluate when selecting a partner for your project.

Certifications & Standards

Look for companies certified to relevant standards:

Region Certification North America ANSI A190.1, APA EWS Europe EN 14080, CE marking International FSC/PEFC chain of custody

Engineering Support

The best glulam companies offer in-house engineering services, including:

Structural design assistance

Connection detailing

3D modeling and BIM integration

Installation guidance

Custom Fabrication Capabilities

If your project requires curved beams, tapered sections, or complex geometries, ensure your chosen company has the necessary equipment and expertise.

Track Record & References

Ask for:

Completed projects similar to yours

Client references (architects, engineers, general contractors)

Case studies with measurable outcomes

Lead Times & Logistics

Glulam is heavy and requires careful shipping. Consider:

Proximity of manufacturing to your project site

Typical lead times (custom fabrication can take 8-16 weeks)

Shipping and handling capabilities

The Future of Glulam Construction

Several trends are shaping the glulam industry heading into 2027 and beyond.

1. Taller Timber Buildings

Building codes continue to evolve. The International Building Code (IBC) now allows mass timber buildings up to 18 stories (270 feet) in the US. Glulam is a key component of these taller structures, often used for columns and beams.

2. Hybrid Construction

Glulam is increasingly used alongside other materials:

Glulam + steel for long spans and seismic zones

Glulam + concrete for composite floor systems

Glulam + CLT for complete mass timber solutions

3. Digital Fabrication

CNC machining and robotic fabrication are becoming standard in glulam production, enabling:

Higher precision and quality

Complex geometries at lower cost

Reduced waste and faster lead times

4. Sustainability & Carbon Accounting

Developers are increasingly demanding embodied carbon calculations for structural systems. Glulam's low carbon footprint (compared to steel and concrete) is becoming a primary selling point.

How to Choose the Right Glulam Partner

Here is a practical framework for selecting a glulam construction company for your next project.

Step 1. Define your requirements

What spans and loads are required?

Are curved or tapered shapes needed?

What is your timeline?

What certifications (FSC, PEFC) are required?

Step 2. Shortlist qualified companies

Start with the companies listed above based on your region

Check their project portfolios for similar work

Verify certifications

Step 3. Request proposals

Ask each shortlisted company for:

• Preliminary pricing (supply only vs supply + engineer + install)

• Lead time estimate

• Engineering support included

• References from recent projects

Step 4. Evaluate beyond price

The lowest bid is rarely the best choice for glulam. Consider:

• Engineering quality and responsiveness

• Track record with complex geometries

• Communication and project management

Step 5. Visit a facility or completed project

If possible, tour a manufacturing facility or visit a completed project. This provides invaluable insight into quality and craftsmanship.

Ready to Start Your Glulam Project?

Whether you are designing a residential extension, a commercial office building, a sports facility, or a pedestrian bridge, choosing the right glulam construction company is critical to your project's success.

Frequently Asked Questions

What is the difference between glulam and CLT?

Glulam is used for beams and columns (linear structural members). CLT (cross-laminated timber) is used for floors, walls, and roofs (panel products). They are often used together in mass timber buildings.

How much does glulam cost compared to steel?

Glulam is typically competitive with steel on a installed cost basis. Material costs can be 10-30% higher or lower depending on region, but erection is often faster and requires less heavy equipment.

How long does glulam last?

With proper design and maintenance, glulam structures can last 50-100+ years. Many historic glulam buildings from the 1960s remain in excellent condition.

Is glulam fire resistant?

Yes. Glulam chars at a predictable rate (approximately 1.5 inches per hour of fire exposure), maintaining structural integrity while steel would soften and collapse.

Can glulam be used outdoors?

Yes, with appropriate preservative treatments, water-resistant adhesives, and proper detailing (flashings, coatings, and drainage). Covered applications (bridges with roofs, canopies) are more common than fully exposed.