A densely ribbed thermal insulation concrete block

Abstract

The invention provides a dense-rib heat-preservation concrete building block and belongs to the technical field of self-heat-preservation raw soil building blocks. A plurality of rows of small cavities are formed in the building block; the small cavities penetrate through the top end and bottom end of the building block; the small cavities of the adjacent rows are arranged in a mutually staggered manner; a plurality of groove openings and bayonets, which are mutually matched and used for building, are formed in the two ends, top end and bottom end of the building block; the groove openings in one end of the building block are aligned with the bayonets at the other end of the building block; the bayonets at one end are aligned with the groove openings in the other end; the groove openings in the upper end of the building block are aligned with the bayonets at the lower end of the building block, and the bayonets at the upper end are aligned with the groove openings in the lower end. According to the dense-rib heat-preservation concrete building block, the single heat-preservation building block is adopted, so that a heat bridge effect of the building block can be avoided and the heat-preservation effect of an external wall is improved; the dense-rib heat-preservation concrete building block has the advantages that the manufacturing cost is reduced, the machining is simple, the fireproof performance is good, the product is durable, sounds are effectively insulated, the construction is convenient, the building efficiency is high and the materials are saved.

Description

technical field [0001] The invention belongs to the technical field of self-insulating raw soil blocks, and in particular relates to a dense-ribbed insulating concrete block. Background technique [0002] The production and application of blocks are closely related to resources, energy, ecological environment and living conditions; the development of new wall materials in China, the adjustment of product structure, the improvement of equipment technology level, the improvement of product performance and quality, and the improvement of construction application technology Perfection will further promote the development of my country's building materials and building energy conservation, and will play a positive role in the implementation of my country's sustainable development strategy; as a building form suitable for my country's national conditions, its superiority is mainly manifested in: earthquake resistance The performance is outstanding; the construction is convenient and...

AI Technical Summary

Problems solved by technology

[0004] However, in the masonry structure, the thermal performance of the blocks has always been the biggest problem in building energy conservation. There are thermal bridges in the non-insulation parts of the single block wall and the mortar joints of the masonry, so that the thermal insulation effect It is not ideal, and the energy-saving effect is not outstanding; in addition, adding an insulation layer outside the wall leads to a relatively heavy weight of the block, which not only increases the construction process, increases the manufacturing cost and construction cost, but also has poor fire resistance, poor durability, and unstable performance. waste of insulation

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