The Application Research On Inorganic Thermal Insulating Mortar Of Glazed Hollow Bead For Buildings

The insulation mortar's dispensing in this article based on traditional thermal insulating mortar to develop the inorganic thermal insulating mortar of glazed hollow bead for buildings.Through the resouring in this article, it can obtain the inorganic dry-mixed thermal insulating mortar's analysis current situation. The theory feasibititly that develop the the inorganic thermal insulating mortar of glazed hollow bead for buildings is very well. The article also puts forward the main research details and work targets, draws up the technology road and research approach.First, it plans to adobt the raw materials which are used in the inorganic thermal insulating mortar of glazed hollow bead for buildings in this article. It also analyzes the raw materials'performance. According to the analysis of the date of the signal factorial test by range analysis and regression analysis, it can obtain the better mixture ratio through the theory calculating by the relational expression and the better proportion of the inorganic thermal insulating mortar of glazed hollow bead for buildings. On that basis, we can analyze the inorganic thermal insulating mortar of glazed hollow bead for buildings'performance (green performance, thermal insulating performance, physical mechanics performance, weather resistance performance,) by experiment. The results of the analysis makes clear that the inorganic thermal insulating mortar of glazed hollow bead for buildings is made up through the better propotion, its performance can satisfy the request in the《Dry-mixed thermal insulating mortar for buildings》(GB/T 20473-2006).This article also calculates the thickness and the fractional energy saving which satisfy the request of energy-saving of outside walls. The calculating results state clearly that the the inorganic thermal insulating mortar of glazed hollow bead for buildings of 30mm thick which is smeared on the reinforced concrete can obtain good energy-saving effert. So the inorganic thermal insulating mortar of glazed hollow bead for buildings can take large social economic performance.