Abstract
The demand for advanced building materials has grown due to new requirements for the thermal resistance of enclosing and load-bearing structures. This study explores energy- efficient and cost-effective solutions in industrial and construction sectors. The authors investigated how long-term loading affects the mechanical properties of particleboard. The analysis of extended static testing provided important insights into the material’s durability. Additionally, the research contributes not only to increasing the production of heat-insulating materials but also to addressing the issue of wood waste utilization. The design of materials and structures using wood waste takes into account the physical and mechanical properties of the wood filler and the overall wood structure. The study indentifies key benefits of modern technologies in the manufacturing and construction of buildings using composite wood – based materials. Based on their findings, the authors suggest using cement-bonded particleboards for roofing structures with sheet the roof slope