In recent years, wood has gained traction as a renewable, versatile, and aesthetically appealing building material. Its strength, ease of handling, and insulating properties give it advantages that other materials cannot match, making it an increasingly popular choice among designers, architects, and builders. However, while it offers multiple benefits, it is also susceptible to degradation and decay, requiring preservation care to withstand the passage of time and other external threats.
Historically, to address these durability issues, there were two options: applying chemical treatments or using tropical hardwoods. While the former generates harmful toxins, the latter drives deforestation in the context of climate change. Consequently—and driven by an increasing demand for the material—alternative methods have been developed to protect it. One of these is acetylation, a non-toxic process that, in addition to offering high performance, significantly reduces environmental impact.
What does the acetylation process involve?
