[17] set up an alternative expedite experiment to evaluate the thermal insulation performance of corncob particle boards bonded by wood glue under real thermal and hygrometric conditions. The tests results showed a disappointinglylow thermal insulating performance of the studied particle boards compared with expanded polystyrene and extruded polystyrene,but it is still acceptable in terms of thermal insulating building purposes. Korjenic et al. [1] developed a new organic thermo insulating material from renewable resources (jute, flax and hemp) and binders (bicomponent fibers) with comparable building physics and mechanical properties to convectional insulations materials.Other authors [18–20] have been studying the technical potential of using other types of synthetic resins for producing bio-based thermal insulation materials, such as soy protein-based adhesive,urea-formaldehyde adhesive, and hybrid organic–inorganic binder.Except for the aforementioned products made from agricultural straw and synthetic resin, thermal insulation materials produced from straws and inorganic cementing materials are also being concerned. Several authors [21–26] have already proposed using different agricultural residues, such as wheat straw, barley straws,date palm fibers, olive stone, coconut and durian mixture, as rein-for cement and sand concrete, plaster concrete, gypsum, cement lime mortar as matrix to develop new lightweight construction materials with a lower thermal conductivity. The research results reveal that agriculture straws loading induce a high effect on the mechanical and thermal properties of the composites. In summary,there are undoubtedly strong reasons to believe that developed alternative products from agricultural straws are promising in a thermal insulating perspective [27].