Fireproof heat insulation board and manufacturing method thereof

Abstract

The invention discloses a fireproof heat insulation board and a manufacturing method thereof. The fireproof heat insulation board comprises an A-level fireproof heat insulation board body, a pluralityof steel wire meshes and a plurality of limiting components, wherein a plurality of grooves used for containing anchor plates in anchoring parts are formed in one side of the A-level fireproof heat insulation board body; the plurality of steel wire meshes and the plurality of limiting components are all arranged in the A-level fireproof heat insulation board body; the two ends of each limiting component abut against the two corresponding adjacent steel wire meshes correspondingly; and the plurality of steel wire meshes are isolated from one another through the plurality of limiting componentsand are arranged in the A-level fireproof heat insulation board body in a stacked manner in the thickness direction of the A-level fireproof heat insulation board body. The steel wire meshes are supported and isolated through the limiting components, and the positions of the multiple steel wire meshes in the A-level fireproof heat insulation board body are accurately limited; and meanwhile, afterthe anchoring parts are mounted, protrusions cannot be formed on the board face, and therefore the effect of construction of an outer side face protection layer is further optimized.

Description

technical field [0001] The invention relates to a fireproof insulation board and a manufacturing method thereof. Background technique [0002] Insulation boards have been used in the field of external wall insulation. In order to further apply to the field of non-dismantling insulation templates for building insulation and structural integration systems, and to improve their performance indicators such as bending load and impact strength, they are often used in the production of insulation boards. In the process, at least one layer of steel wire mesh is pre-embedded. However, since the raw material composition is gelatinous at this stage, it is difficult for the pre-embedded steel wire mesh to be placed in the corresponding position according to the set requirements. When more than one layer of steel mesh is added, it is more difficult to control the distance between two adjacent layers of steel mesh, so that the insulation board cannot fully meet the strengthening strength...

AI Technical Summary

Problems solved by technology

However, since the raw material composition is gelatinous at this stage, it is difficult to place the pre-embedded steel wire mesh in the corresponding position according to the set requirements

When more than one layer of steel mesh is added, it is more difficult to control the distance between two adjacent layers of steel mesh, so that the insulation board cannot fully meet the strengthening strength index

And in the actual use of the insulation board, the steel wire mesh that is too close to the outer surface of the insulation board generally warps and detaches from the insulation board

At the same time, the insulation board needs to be installed and fixed by the anchor when it is used. The anchor plate in the anchor will form a bulge on the surface of the insulation board after installation, which will affect the flatness and thickness of the subsequent construction of the armor layer.

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