Three-dimensional enhanced heat-preserving decorative integrated composite board

Abstract

The invention discloses a three-dimensional enhanced heat-preserving decorative integrated composite board, which comprises a decoration layer, a three-dimensional grid fabric layer and a filler, wherein the filler is poured in the three-dimensional grid fabric layer; and the decoration layer is positioned above the three-dimensional grid fabric layer. The three-dimensional grid fabric layer comprises an upper layer fabric tissue (1), a lower layer fabric tissue (2) and a supporting fabric tissue (3), wherein the upper layer fabric tissue (1) is connected with the lower layer fabric tissue (2) into a whole through the supporting fabric tissue (3); the upper layer fabric tissue (1) is a rectangular frame fabric; the lower layer fabric tissue (2) is a plain weave fabric; and four connecting yarn threads in the supporting fabric tissue (3) are triangular in the breadth direction, and are in the shape of omega in the length direction. The fabrics in the composite board are made through the combined technique of plain weave, twisted weave and leno; structurally, besides the warp and the weft only floating up and down which are crossed alternately, the amphi-position warp both floating up and down and reciprocating transversely by spanning a plurality of warp positions in the breadth direction of the fabrics exists in the upper layer fabric tissue (1); and while the amphi-position warp and the weft are crossed alternately, every two amphi-position warp threads bundle the warp between the spanned positions in the transverse direction of the fabrics so as to achieve left and right limiting.

Description

technical field [0001] The invention relates to a reinforced composite board, more particularly, a three-dimensional reinforced thermal insulation and decorative integrated composite board with a woven three-dimensional interval grid fabric with twisted warp structure. The woven three-dimensional interval grid fabric with twisted warp structure is obtained by weaving through the combined process of plain weaving-twisted weaving-leno. Background technique [0002] Existing reinforced composite boards include rock wool mineral wool boards, foamed cement boards, foamed glass boards or foamed ceramic boards. The intermediate body of these boards is not mesh fabric. [0003] The woven grid fabric is a woven fabric with a mesh appearance that is not only relatively bundled in the width direction of the fabric, but also relatively bundled in the length direction of the fabric. [0004] An ideal woven mesh fabric should not only be able to form a stable mesh in which the warp and ...

AI Technical Summary

Problems solved by technology

[0007] The purpose of the present invention is to provide a three-dimensional reinforced heat preservation and decoration integrated composite board, which combines three-dimensional grid fabric and light inorganic heat preservation material, overcomes the low strength, fragility and easy cracking of traditional foam heat preservation boards and other problems, greatly improving the strength of the composite board

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