High-performance cement mortar board built-in lightweight ecological material ten-shaped thermal insulation and load-bearing blocks

Abstract

The utility model relates to a ten-shaped heat-preservation load-bearing block of a light ecological material embedded in a high-performance cement mortar board and a method thereof, belonging to the technical field of building construction. It combines steel mesh mortar boards with lightweight ecological materials to form a combined thermal insulation and load-bearing block. Steel mesh mortar board has the advantages of high strength, good durability, low cost, and convenient production. Lightweight ecological materials are mainly lightweight ecological concrete, which has better durability than ordinary concrete, reduces the load on the earth and the ecological environment, realizes the recycling of non-renewable resources, and has good use functions. In addition to the advantages of the above two materials, the thermal insulation block also has the characteristics of convenient construction, no cold bridge between horizontal blocks, and the steel mesh mortar boards on both sides of the block can play the role of formwork when pouring concrete. The reinforcement passing through the blocks gives the blocks better integrity when joined.

Description

technical field [0001] The invention relates to a thermal insulation and load-bearing building block, in particular to a thermal insulation and load-bearing building block of light ecological material embedded in a high-performance cement mortar board. Background technique [0002] With the full development of building energy-saving work in my country, various types of enclosure structure block insulation technologies have been extensively studied and popularized. At present, the thermal insulation of building energy-saving enclosure blocks mainly adopts the external wall insulation technology, which has high quality. Good thermal insulation effect and wide application range can basically eliminate thermal bridges and other advantages. It has been widely used at home and abroad, especially in cold and severe cold areas to show its superiority. However, the overall cost of external wall insulation is generally high, and the construction process It is more complicated, quality c...

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Problems solved by technology

[0002] With the full development of building energy-saving work in my country, various types of enclosure structure block insulation technologies have been extensively studied and popularized. At present, the thermal insulation of building energy-saving enclosure blocks mainly adopts the external wall insulation technology, which has high quality. Good thermal insulation effect and wide application range can basically eliminate thermal bridges and other advantages. It has been widely used at home and abroad, especially in cold and severe cold areas to show its superiority. However, the overall cost of external wall insulation is generally high, and the construction process It is more complicated, quality control is difficult, and the protective layer cracks, hollows, water seepage, and the insulation layer falls off from time to time, especially the system with facing bricks on the outside, which often causes people to worry. In addition, the insulation layer generally adopts organic or high-efficiency heat insulation containing organic components. The material is connected with the wall base as a whole through pasting, spraying, painting and other processes. The surface crack resistance protection layer is thin, and the fire resistance, durability and impact resistance are poor. The service life is 25 years, which is far shorter than the life of the building.

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