Producing building plaster by using partial substitution of recycled type quartz stone for use as vertical siding or for manufacturing prefabricated elements for ceilings and partitions, involves mixing dry components at room temperature
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Date
2014Unesco Subject/s
3305.24 Construcciones Prefabricadas
3305 Tecnología de la Construcción
3308.07 Eliminación de Residuos
3312.08 Propiedades de Los Materiales
3307.17 Dispositivos Termoeléctricos
Abstract
Building plaster production involves mixing dry components at room temperature to form homogeneous composition, and the adding water for kneading the mixture according to standard procedure. USE - Method for producing building plaster by using partial substitution of recycled type quartz stone for use as vertical siding or for manufacturing prefabricated elements for ceilings and partitions (claimed). ADVANTAGE - The method produces building plaster in different colors with improved performance compared to reference materials, eliminates environmental impact caused by storage or disposal of recycled type stone quartz, and gives added value to the final product. The obtained building plaster shows good compression resistance, flexural strength, adhesion, permeability, density, thermal performance, acoustic performance, fire behavior and durability.
Building plaster production involves mixing dry components at room temperature to form homogeneous composition, and the adding water for kneading the mixture according to standard procedure. USE - Method for producing building plaster by using partial substitution of recycled type quartz stone for use as vertical siding or for manufacturing prefabricated elements for ceilings and partitions (claimed). ADVANTAGE - The method produces building plaster in different colors with improved performance compared to reference materials, eliminates environmental impact caused by storage or disposal of recycled type stone quartz, and gives added value to the final product. The obtained building plaster shows good compression resistance, flexural strength, adhesion, permeability, density, thermal performance, acoustic performance, fire behavior and durability.





