Wood is an excellent insulator, surpassing the energy performance of brick houses. Being elastic, wood allows for the construction of thinner walls compared to brick or concrete. A wall thickness of just 20 cm can provide efficient protection against winter cold, provided it receives proper treatment.
Wood absorbs and releases moisture, creating a beneficial microclimate in enclosed structures. The wall 'breathes,' regulating the microclimate.
Wooden houses are more aesthetically appealing and have a much more pleasant appearance compared to masonry constructions. Additionally, they do not require expensive finishes or decorative elements
Wood is a natural material that can be regenerated and degrades organically. Its use in construction poses no direct risks to the occupants' health. Being renewable, wood is considered environmentally friendly, provided it is sustainably harvested. As it is biodegradable, it does not present the issues associated with other modern materials that are difficult to recycle.
The possibility of prefabrication in a workshop increases the construction speed since wooden elements can be processed while the foundation is being prepared on-site and then assembled in the shortest time possible.
The speed of execution in wooden constructions is due to dry assembly, without the need for materials or technologies that require waiting times, as is the case with concrete.
The natural character of wood stems from its imperfections and the complexity of its forms and textures. Even a simple structural element made of wood offers viewers the spectacle of the complexity inherent in the living organism from which it was created.
The ancestral preference for this material is due to its continuous use throughout history, leading wood to be instinctively associated with the idea of shelter and protection.
Wood has a warm and inviting touch and slowly transmits heat, making it an ideal material for finishing purposes.
The property of wood to absorb and release moisture from the air ensures a beneficial microclimate in enclosed interior spaces built with this technology. Additionally, the material properties and absence of vapor barriers allow for a slow migration of moisture from the interior to the exterior during winter and vice versa during summer. These walls are referred to as 'breathable.' Thus, the wall of the house takes on the role of regulating the microclimate.
The solidity provided by the massive wooden elements gives users a sense of confidence. The house appears well anchored to the ground and capable of withstanding harsh weather conditions.
The honest use of wood, with visible logs as a finishing element, not only brings aesthetic advantages but also financial benefits by eliminating the need for other costly finishing materials.
Wood arranged longitudinally in walls has slightly better thermal insulation properties compared to other construction materials such as brick or concrete.
