A production process for pouring foam concrete into hollow bricks

Abstract

The invention belongs to the technical field of self-insulation block preparation, and in particular relates to a production process for pouring foam concrete into hollow bricks. The scheme adopted in the present invention is: add a special structure composed of thorny fruit shells and hollow microspheres to the traditional foam concrete insulation material to improve the compressive strength and heat preservation effect, and ensure the strength of the brick body and the brick body while maintaining heat preservation and saving energy. The firmness of the combination with the perfusion material can reduce the use of foaming agents to improve economic benefits, and can also meet the high-efficiency production while avoiding the problems of late strength decline and excessive alkalinity caused by accelerators.

Description

technical field [0001] The invention belongs to the technical field of self-insulation block preparation, and in particular relates to a production process for pouring foam concrete into hollow bricks. Background technique [0002] Hollow bricks have the advantages of light weight, easy construction, and saving raw materials. As a new type of building material, foam concrete has the effect of noise reduction and heat insulation. Based on the market demand and social needs of heat preservation and energy saving, construction industry technicians combine the two , pouring foam concrete into hollow bricks, self-insulating blocks came into being, and received widespread attention and a large number of applications. [0003] However, in the prior art, hollow bricks filled with ordinary foamed concrete still have many deficiencies, such as poor bonding between foamed concrete and bricks, difficulty in balancing thermal insulation performance and brick strength, and easy collapse o...

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Problems solved by technology

[0003] However, in the prior art, hollow bricks filled with ordinary foamed concrete still have many deficiencies, such as poor bonding between foamed concrete and bricks, difficulty in balancing thermal insulation performance and brick strength, and easy collapse of foamed concrete, etc. The foaming effect in actual use is not ideal. In addition, because bricks need to be produced in large quantities, in order to meet market demand, quick-setting agents are usually added to concrete to speed up the production rhythm, but it also brings low strength and excessive alkalinity in the later stage. high problem

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