L-shaped step-type heat-preserving block brick

Abstract

An L-shaped step-type heat-preserving block brick comprises a brick body and a heat-preserving material, and is formed in a one-shot mode through a special mould. The brick body is provided with a high part and a short part, and a long hole is formed in the brick body and is filled with the heat-preserving material. During bricklaying, bricks are staggered and stacked like steps, the short parts of the first layer of bricks and the short part of another brick are connected and stacked to be tightly combined, and a riveting function is achieved. The brick is characterized in that a wall is firmer, the bricks are staggered and meshed, so that transverse seams do not exist, and defects of cold bridges are completely overcome in the bricklaying process, and the best heat-preserving effect is achieved.

Description

technical field [0001] The invention belongs to a building material, which is a stepped block brick closely connected with each other used in a building. technical background [0002] At present, the known bricks are all rectangular, and they are all constructed in the form of interlaced bricks during masonry. The deficiency of existence is that many whole bricks have to be broken when looking for pressure seams, especially when large blocks are placed on the ground. When cutting, a lot of bricks will be wasted, which will waste man-hours and increase labor intensity. Moreover, there are still many through joints in the brick joints. Especially in the thermal insulation brick wall, the through joints that appear have caused a large area of ​​cold bridges to the thermal insulation wall, which greatly reduces the thermal insulation effect. Contents of the invention [0003] In order to overcome the above-mentioned deficiencies, the object of the present invention is to pro...

AI Technical Summary

Problems solved by technology

Make each joint tightly fit with each other

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