Inner heat-preserving system of building
A thermal insulation system and technology in buildings, applied in building construction, thermal insulation, construction, etc., can solve problems such as impossible to meet building energy-saving requirements, construction troubles, building strength reduction, etc., to avoid climatic conditions, sound insulation effect Improve and improve the effect of bonding
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Embodiment 1
[0045] Embodiment 1 (alpine region in winter)
[0046] 1. In accordance with the national building energy-saving requirements, in the design of buildings, according to the required effective use area, the indoor space occupied by the insulation board should be slipped out. For the cold area in winter, the insulation board should be 80mm or more;
[0047] 2. First do the construction of the pre-embedded pipelines in the wall, then do the thermal insulation system in the building, and then do the floor heating system;
[0048] 3. The construction method of the thermal insulation system in the building is as follows:
[0049] 1. If figure 1 As shown, first clean the dust on the inner surface of the relevant building wall matrix;
[0050] 2. Use a surface treatment agent, and use a roller brush to coat the surface of the wall substrate to be leveled, and "after the water rises" (no reflective water film), make a cement mortar leveling layer;
[0051] The surface treatment agent...
Embodiment 2
[0057] Embodiment 2 (cold winter and hot summer region)
[0058] According to the national building energy-saving requirements, in the design of buildings, according to the required effective use area, the indoor space occupied by the insulation board is slipped out. For the cold winter and hot summer area, the insulation board adopts the insulation board after 40mm.
[0059] All the other implementation processes are the same as in Example 1.
Embodiment 3
[0060] Embodiment 3 (hot summer area)
[0061] According to the national building energy-saving requirements, in the design of buildings, according to the required effective use area, the indoor space occupied by the insulation board is slipped out. For the cold winter and hot summer area, the insulation board adopts the insulation board after 30mm.
[0062] All the other implementation processes are the same as in Example 1.
[0063] The main contribution of this invention lies in the structure and performance characteristics of the insulation board of the patent "Preparation Method of Ultra-low Thermal Conductivity Inorganic Fireproof Insulation Board (201310073958)", especially the advantages of non-combustion, long life, no pollution and certain hygroscopicity The disadvantage is that the building insulation system is proposed, and a set of effective construction methods is provided, but the model specification of the insulation board is not limited to the patented product...
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Abstract
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