Timber-hybrid buildings combine wood with materials like concrete, steel, and glass to create structures that are strong, durable, and environmentally sustainable. In these hybrid constructions, wood plays a central role, as it is used to form the entire load-bearing framework of the building.

This type of construction is optimal for multi-story residential buildings and can ensure high efficiency both during construction and in operation. This approach harnesses the benefits of wood, such as its low carbon footprint, light weight, and natural insulation – while incorporating the strength and stability provided by other materials.

There are many reasons to use engineered wood—such as Glulam and CLT, which have enhanced physical and mechanical properties—for constructing multi-story residential buildings using frame technology. The interior and exterior walls are filled with modern sandwich panels made from natural materials. The primary advantages of such buildings are:

1. High-precision manufacturing:

Engineered wood products, such as frame elements, walls, floor panels, and exterior facade panels (which can be replaced with ready-made facade solutions), are produced in factory conditions with high precision, resulting in a quality installation process at the construction site.

2. Reduced construction time and faster return on investment:

The construction timeline is greatly accelerated by the on-site assembly of the building's framework using pre-manufactured components. This expedited process not only lowers project costs but also enhances overall efficiency. Additionally, timber-hybrid buildings are energy-efficient, thanks to the superior thermal insulation properties of wood, which contribute to reduced energy expenses during operation.

3. Sustainability:

Engineered wood products, such as glued laminated timber (Glulam) and cross-laminated timber (CLT), are integral to the circular bioeconomy. This strategy focuses on minimizing waste and maximizing the efficient use of natural resources by promoting the circulation of materials throughout production and consumption cycles.

What are the results?

Reduced construction time, improved resource efficiency, less waste and noise, lower costs, and enhanced health and safety. Glued laminated (engineered) timber is a renewable resource that not only sequesters carbon but also supports the bioeconomy, helping to reduce the carbon footprint of construction. This serves as an important consideration in the context of global strategies to reduce climate change.

Why choose glued laminated timber for your next project?

• Faster, quieter, and safer: This results in significant time and cost savings.
• Aesthetic appeal: Glued laminated timber offers a natural appearance and can be used to create impressive architectural forms and designs.
• No compromises: Despite its modern and aesthetic look, these structural elements provide the necessary strength and stability while complying with all regulations and standards.
• Enhanced thermal insulation and environmental properties: Your construction will be more comfortable to use, whether for residential, industrial, or social buildings.
• High standards of sustainability: This contributes to reducing the project's carbon footprint.