Wood, cane, and paper are just a few materials that can be used to make insulation boards. At the right time and temperature, this pulp is pressed into solid boards. They come in many different shapes. These are often used in plasterboard and other partitions inside a building. Fig 4: L...
Plasterboard3570.10.060.050.04 Fibreboard1340.990.990.990.99 Earth brick11069 (calculated from CIBSE Guide A data)30-60dB for 400mm wall 1 Adobe brick 380Wh/m3K and Rammed Earth 590Wh/m3K (Houben and Guillard, 2003) View chapter Explore book ...
Furthermore Wallrock Thermal Liner has excellent capability to cover and reinforce poor plaster and other surfaces such as plasterboard, blockwork and wood panelling.Wallrock Thermal Liner also helps reduce condensation problems and in many cases eliminates them - as more room warmth is retained at...
13mm plasterboard drylining on 10mm dabs 0.19 W/m²K 1.86 W/m²K 9 kJ/m²K Note how poor the thermal mass of the modern cavity wall is, in comparison to the solid brick wall. By substituting 13mm ‘wet’ plaster for the drylining, however, the admittance can be increased su...
[25] study gypsum plasterboard with microencapsulated PCM incorporation, observing a temperature range of 1.5 °C and a decrease in the cooling needs of 35 %. The incorporation of PCM into panels has also attracted the interest of several researchers. Santos et al. [13] evaluated the thermal ...
It can be applied to COX or OSB plywood, plywood, metal, concrete, plasterboard, siding panels, sub-floors, drywall, or most any building material. ALUMASHIELD™ can be used for residential, commercial, institutional and industrial applications. SURFACE PREPARATION: Apply only to a clean, ...
[12], which suggests the PCM integration into porous materials such as plasterboard. In the case of a limited temperature field, organic PCMs are often used and employed in composite structures such as gypsum-PCM to contrast indoor overheating in the intermediate seasons [13]. This was proved ...
Normally, the thermal envelope of a social house in Chile is made of brick or wood along with light materials such as fiber cement, plasterboard, and thermal insulating materials as polystyrene foam. The experimental part of this work deals with the measurement of the thermal conductivity and ...
Plasterboards are inserted between the steel plates and the cell to minimize the thermal coupling between the steel plates and the cell. The insertion of insulation ensures that the heat generated during TR is not immediately transferred to the rest of the measurement setup. Therefore, it is ...
Furthermore, in the inner surface there was an extra gypsum plasterboard (GPB), 12.5 mm thick, while, on the outer surface, there was an external thermal insulation composite system (ETICS), with expanded polystyrene (EPS) insulation, 50 mm thick, and an ETICS finishing layer, 5 mm thick....