Construction technology of inorganic glass bead heat preservation outer wall

Abstract

The invention discloses a construction technology of an inorganic glass bead heat preservation outer wall. The construction technology comprises the following steps that 1) an adhesion agent bonding processing layer is sprayed on the wall surface of a wall body with a basic layer processed, or the wall surface of the wall body with the basic layer processed is smeared with the adhesion agent bonding processing layer; 2) wire suspension and control wire flipping are carried out; 3) the wall surface is smeared with an inorganic glass bead heat preservation mortar layer; 4) the wall surface is smeared with an anti-crack mortar protection and reinforcement layer, and alkali-resisting gridding cloth are pressed in the anti-crack mortar protection and reinforcement layer; 5) the wall surface is smeared with a flexible waterproof putty layer; 6) the construction of a finish coat is carried out. Inorganic glass bead mortar is adopted as a heat preservation layer of the outer wall, the inorganic glass bead mortar can be used on site by being mixed with water, the outer wall surface of a building can be directly smeared with the inorganic glass bead mortar, the heat preservation effect is better, and construction is convenient.

Description

technical field [0001] The invention relates to a construction technology of an inorganic vitrified microbead thermal insulation outer wall. Background technique [0002] Since the reform and opening up, modern living standards have been steadily improved. Building energy conservation is one of the major projects controlled by the state to promote development and protect people's livelihood. New materials and new techniques for building energy conservation emerge in an endless stream. The operating techniques tend to be simplified and standardized, which not only improves the construction quality, but also Greatly improved people's living environment, and saved energy consumption. Among them, the external wall thermal insulation system plays a very important role in modern buildings, especially high-rise buildings, but the external wall thermal insulation system generally uses ordinary expanded perlite and polystyrene particles as the light aggregate of the thermal insulatio...

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Problems solved by technology

Among them, the external wall insulation system plays a very important role in modern buildings, especially high-rise buildings. However, the external wall insulation system generally uses ordinary expanded perlite and polystyrene particles as light aggregates for thermal insulation mortar, and the thermal insulation effect and construction methods are still improved. space

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