Ceramisite concrete self-heat-preservation masonry structure

Abstract

The invention discloses a ceramisite concrete self-heat-preservation masonry structure constructed through building blocks. Vertical hole grooves are formed in the self-heat-preservation building blocks. Opening grooves are formed in the outer side faces of the self-heat-preservation building blocks. Each self-heat-preservation building block comprises a blocking section in the middle and base body sections on the two sides of the blocking section. The hole grooves in the base body sections are blind holes with the tops closed. The hole grooves in the blocking sections are through holes. The blocking sections of every two horizontal adjacent self-heat-preservation building blocks are correspondingly arranged. The opening grooves of every two horizontal adjacent self-heat-preservation building blocks are correspondingly formed. A closed through hole formed by every two adjacent opening grooves is filled with a heat preservation material. Heat preservation plates are laid on the upper sides of the blocking sections. The ceramisite concrete self-heat-preservation masonry structure has the advantages that the building blocks have a good heat preservation and thermal insulation effect themselves, the cold and hot bridge effect of longitudinal and transverse mortar joint parts is effectively blocked through the design of structure heat preservation, and the requirement for saving energy by 65% to 75% can be achieved by painting buildings and inner faces and outer faces of walls only through ordinary building mortar.

Description

technical field [0001] The invention belongs to the field of building insulation materials and relates to a ceramsite concrete self-insulation masonry structure. Background technique [0002] In recent years, under the impetus of my country's economic development and urbanization process, the development of the construction industry has entered a new stage. The consumption of building materials in our country is huge, and the amount of wall materials accounts for about 70% of building materials. With the continuous emergence of high-rise buildings, it has become the development direction of wall materials to reduce the weight of wall materials, improve the thermal insulation performance of the envelope structure, and improve its durability. With the implementation of the goal of building energy saving of 65% in various provinces and cities across the country, it is also a challenge for major building construction units. Major construction units strive to reduce the cost of...

AI Technical Summary

Problems solved by technology

However, in the current research and engineering application of wall materials, it is difficult to meet the requirements of better fire resistance, certain strength requirements, better thermal insulation performance requirements and low production cost requirements at the same time.

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