High-strength energy-saving concrete load-bearing block

Abstract

A high-strength concrete load-bearing block provided by the invention is composed of insulation board layers and concrete. A plurality of the insulation board layers are arranged parallel with spacing in the concrete. A plurality of linking holes are disposed on each insulation board layer, which is fixed in the concrete through the linking holes. The linking holes on two adjacent layers of insulation board are staggered and don't communicate with each other. Each insulation board layer protrudes 1 cm on one surface of the block and the protruding parts form mortar joints for connecting with other blocks. During the laying process, the insulation board layers are laid parallel to the wall. Regardless of appearance change as well as big change of the internal structure of the block, compression resistance and thermal insulation performance are both improved a lot, thus solving deficiencies for building high buildings and the defect of poor thermal insulation capacity.

Description

(1) Technical field: [0001] The invention belongs to the field of building materials, and in particular relates to a load-bearing thermal insulation block for building. (two) background technology: [0002] According to the external wall made of traditional blocks, porous clay bricks, and mortar, its disadvantages are that the load-bearing surface is small, the compression resistance is poor, and there are many thermal bridge points, which have poor thermal insulation effect. The use of clay hollow bricks for construction waste mortar is harmful to production and damage to cultivated land resources, and pollutes the environment. The cost is high, and the effect of compressive and thermal insulation is not ideal. (3) Contents of the invention: [0003] The purpose of the present invention is to change and overcome the above-mentioned deficiencies and provide a kind of high-impact load-resistant capacity of the outer wall, good thermal insulation and fire-proof performance, ...

AI Technical Summary

Problems solved by technology

[0002] According to the external wall made of traditional blocks, porous clay bricks, and mortar, its disadvantages are that the load-bearing surface is small, the compressive capacity is poor, and there are many thermal bridge points, which have poor thermal insulation effect.

The use of clay hollow bricks for construction waste mortar is harmful to production and damage to cultivated land resources, and pollutes the environment. The cost is high, and the effect of compression resistance and heat preservation is not ideal.

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