In the dynamic world of construction, the focus on cost efficiency and sustainability is more crucial than ever.
Mass timber and CLT are paving the way for a greener future, offering an eco-friendly alternative to non-renewable building materials.
In the dynamic world of construction, the focus on cost efficiency and sustainability is more crucial than ever.
Mass timber and CLT are paving the way for a greener future, offering an eco-friendly alternative to non-renewable building materials.
Discover
What is CLT (Cross Laminated Timber)?
Innovative Panels
CLT consists of layers of kiln-dried dimension lumber (usually three, five, or seven) oriented at right angles to one another and then glued (formaldehyde-free) to form structural panels.
By gluing layers of wood at right angles, the panel delivers excellent structural firmness in both directions. CLT panels can be manufactured at custom dimensions (though transportation restrictions dictate their length, usually 13.5m) and can be used both horizontally and vertically. Due to its strength, appearance, and versatility, CLT has become a popular solution for walls, floors and roofs.
Certifications
CLT - XLAM DOLOMITI certifications
Reality
Why Choose Building with CLT?
Cost Competitive
Mass timber construction reduces labor and foundation costs, accelerates project timelines, and cuts energy expenses with its inherent insulation properties, making it a cost-effective building solution.
Energy Efficiency
Softwood's cellular structure naturally insulates, enhancing thermal efficiency when combined with other materials. Prefabricated wood buildings like CLT meet and exceed stringent energy standards, ensuring long-term performance.
More Sustainable
Wood, a sustainable construction material, stores significant carbon, reducing atmospheric CO2. As global warming intensifies, mass timber emerges as a vital, globally thriving alternative.
Seismic Performance
CLT elasticity and light weight make it highly seismic-resistant, ideal for adding floors to buildings and enhancing safety in schools and hospitals.
Wood vs. Concrete
Construction Efficiency
Wood-based construction offers streamlined processes compared to traditional concrete and steel, allowing for immediate continuation of subsequent work phases without the delays caused by drying, curing, or dismantling.
Renewability
Wood is a sustainable, renewable resource, unlike concrete and steel, which are derived from finite, non-renewable resources. Timber used comes from trees that are harvested responsibly (replaced or allowed to regenerate naturally) so there is no net loss of forest over time. Forests with irreplaceable values, such as old-growth forests, are identified and maintained.
Fire Resistance
Mass timber exhibits high resistance to high temperatures, whereas steel can lose its structural integrity and melt during a fire.
Cost Efficiency
Building with wood is generally more cost-effective than using concrete and steel, offering savings in materials and labor.
Reduced Mechanical Requirements
The use of wood minimizes the need for heavy machinery and cranes, making the construction process simpler and more cost-effective.
Lower Transportation Impact
Wood's lighter weight reduces the need for transportation, cutting down on costs and air pollution.
Foundation Efficiency
The lighter weight of wooden structures allows for smaller foundations, reducing material usage and construction time.
Noise and Dust Reduction
Building with mass timber generates less noise and dust, leading to a cleaner and quieter work environment.
Safety
Wood construction sites are often safer, with fewer hazards compared to sites using heavy concrete and steel elements.
Energy Efficiency
Pre-fabricated wooden components reduce energy consumption on site, as many elements are prepared in specialized factories before being assembled.
Environmental Impact
The environmental footprint of using wood is significantly lower than that of concrete and steel, which are associated with greater ecological damage and higher carbon emissions. All materials used come from responsibly managed, FSC-certified forests.
These advantages make wood an attractive alternative to traditional concrete and steel in various construction projects, promoting sustainability, cost savings, and a more environmentally friendly building process.
Why Choose Wood Over Concrete
Wood vs. Concrete in Construction
Construction Efficiency
Wood-based construction offers streamlined processes compared to traditional concrete and steel, allowing for immediate continuation of subsequent work phases without the delays caused by drying, curing, or dismantling.
Renewability
Wood is a sustainable, renewable resource, unlike concrete and steel, which are derived from finite, non-renewable resources.
Fire Resistance
Mass timber exhibits high resistance to high temperatures, whereas steel can lose its structural integrity and melt during a fire.
Environmental Impact
The environmental footprint of using wood is significantly lower than that of concrete and steel, which are associated with greater ecological damage and higher carbon emissions.
Cost Efficiency
Building with wood is generally more cost-effective than using concrete and steel, offering savings in materials and labor.
Reduced Mechanical Requirements
The use of wood minimizes the need for heavy machinery and cranes, making the construction process simpler and more cost-effective.
Lower Transportation Impact
Wood's lighter weight reduces the need for transportation, cutting down on costs and air pollution.
Foundation Efficiency
The lighter weight of wooden structures allows for smaller foundations, reducing material usage and construction time.
Noise and Dust Reduction
Building with mass timber generates less noise and dust, leading to a cleaner and quieter work environment.
Safety
Wood construction sites are often safer, with fewer hazards compared to sites using heavy concrete and steel elements.
Energy Efficiency
Pre-fabricated wooden components reduce energy consumption on site, as many elements are prepared in specialized factories before being assembled.
These advantages make wood an attractive alternative to traditional concrete and steel in various construction projects, promoting sustainability, cost savings, and a more environmentally friendly building process.