Production method of building material with novel glass fiber composite structure

Abstract

The invention discloses a production method of a building material with a novel glass fiber composite structure. The production method comprises the following specific steps that 1, a reinforced structure frame is prefabricated; 2, foaming materials containing auxiliary preparations are injected into a sandwich forming mould; 3, the sandwich forming mould is opened, a formed heat preservation sandwich layer is taken out, the surface of the heat preservation sandwich layer is subjected to micro-treating processing, the heat preservation sandwich layer is cut into a predetermined size and is wrapped with a glass fiber layer in a layered mode, and the glass fiber layer is sewed and fixed; 4, a glass fiber layer is laid on the inner surface of the building material forming mould, and then the heat preservation sandwich layer wrapped with the glass fiber layer is fixed in a building material forming mould; 5, cement is injected into the building material forming mold and stirred evenly, after the cement is solidified and has a certain strength, demoulding is conducted, and the formed building material with the novel glass fiber composite structure is taken out; and 6, the formed building material with the novel glass fiber composite structure is placed for 28 days, and the finished product of the building material with the novel glass fiber composite structure is obtained.

Description

[0001] This invention is an invention patent applied on September 24, 2015, application number: 201510618684.6, patent name: new glass fiber composite structure building materials, production equipment and production methods. technical field [0002] The invention relates to a building material, a production device and a production method thereof, in particular to a building material with thermal insulation and fireproof performance, a production device and a production method thereof. Background technique [0003] At present, most buildings adopt frame structures, and structures such as beams and columns bear the building load, while the partitioned indoor spaces are mostly made of hollow bricks and other materials, which mainly bear small loads such as their own weight and lateral thrust. For the installation of the insulation layer, after the completion of the main structure, in the process of interior decoration, the insulation board bonding design is used to achieve the ...

AI Technical Summary

Problems solved by technology

This kind of material and process generally has disadvantages such as poor fire performance, unsatisfactory thermal insulation performance, low material strength, easy aging, poor bonding performance with the wall, and easy to fall off.

There are also traditional glass fiber foam reinforced cement to make thermal insulation substrates. Although the fire performance is improved, it is still an independent thermal insulation board that needs to be bonded to the wall. In addition, the manufacturing process of this type of glass fiber foam reinforced cement thermal insulation substrate is complicated and the quality is low. It is difficult to control, and it needs to start after the inner wall of the building is completed, prolonging the construction period of the building

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