Heat preservation and decoration integrated ecological stone and preparation method thereof

Abstract

The invention discloses a heat preservation and decoration integrated ecological stone which comprises a facing layer, a middle layer and a heat preservation layer, wherein the middle layer is located between the facing layer and the heat preservation layer; the middle layer consists of an alkali-resistant fiber mesh fabric, a polymer cement mortar adhesive and a hot galvanized wire mesh; and circular grooves are formed in the heat preservation layer and U-shaped buckles are matched with the grooves. The heat preservation and decoration integrated ecological stone has the benefits as follows: the product integrates the heat preservation effect and the decoration effect; one-time forming can meet requirements of the heat preservation function and the decoration function, so that the artificial ecological stone not only has grain and line effects of natural stones but also can achieve the heat preservation function, and the construction cost and the construction procedures are greatly reduced; and in order to guarantee the fastness and the stability of a product when the product is stuck onto the wall, a traditional anchor sticking method is improved technologically, two cylindrical grooves and U-shaped stainless steel buckles passing through the cylindrical grooves are designed on a heat preservation material, and the construction safety is guaranteed.

Description

technical field [0001] The invention relates to a material for artificial building decoration and a preparation method thereof, in particular to an integrated ecological stone for heat preservation and decoration with heat preservation effect and natural stone decoration effect. Background technique [0002] At present, the existing artificial building decoration materials basically include the following: [0003] 1. Natural dry hanging stone [0004] Disadvantages of its products: [0005] (1) Natural stone generally adopts dry-hanging construction (buried slabs, chemical anchor bolts, adapters and steel keels), and the construction is complicated and costly. [0006] (2) Natural stone needs to be hung dry, and the aging of the anchors will increase the risk of use. [0007] (3) The thickness of natural stone is generally 2.5-3 cm, the density is 2.5-3.0g / cm, equivalent to 65-80KG / m per square weight 2 . [0008] (4) Natural stone needs to be equipped with a large numb...

AI Technical Summary

Problems solved by technology

[0005] (1) Natural stone generally adopts dry-hanging construction (buried slabs, chemical anchor bolts, adapters and steel keels), and the construction is complicated and costly

[0006] (2) Natural stone needs to be hung dry, and the aging of the anchors will increase the risk of use

[0008] (4) Natural stone needs to be equipped with a large number of dry-hanging components, the construction is cumbersome and the construction period is long

[0009] (5) Natural stone is a non-renewable energy source, and large-scale mining will cause environmental damage and cause pollution during processing

[0012] (1) Natural stone is restricted by the product itself and cannot be adjusted according to customer requirements

[0013] (2) The texture and texture of natural stone have been solidified and cannot be changed

[0014] (3) Poor plasticity, complex molding process, low efficiency and very high cost

[0016] (5) Natural stone is a non-renewable energy source, and large-scale mining will cause environmental damage

[0019] (1) It can imitate the color of natural stone, but the color is too uniform and dull, without a heavy feeling

[0020] (2) Without the texture of natural stone, it does not show the three-dimensionality and weight of stone, and looks light

[0021] (3) It cannot be shaped by itself, and must use walls or components to achieve three-dimensionality or special shape

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