JP3218320U - Heat insulation and energy saving exterior wall composite decorative board - Google Patents

Abstract

An outer wall composite type heat insulation decorative board is provided which retains heat and saves energy. The plate body includes an XPS heat insulation layer 1, an aluminum alloy panel layer 2 is provided on each side of the XPS heat insulation layer 1, and XPS of both surfaces of the aluminum alloy panel layer 2 is provided. A fluorocarbon paint layer is provided on one surface on the side away from the thermal insulation layer 1, the XPS thermal insulation layer 1 includes two XPS thermal insulation layers, and a reinforcing layer is provided between the two XPS thermal insulation layers. The XPS heat insulating layer is fixedly connected to the reinforcing layer through the adhesive layer, the adhesive layer is made of a polymer adhesive, and the reinforcing layer includes a mesh fabric bonded to both sides of the metal mesh and the metal mesh, The mesh of the metal mesh is large, the mesh of the mesh fabric is small, metal short needles that penetrate the mesh fabric vertically are provided on the surface of the metal mesh, and the fastening fastener 4 is attached to the edge of the plate body. It is provided to. [Selection] Figure 1

Description

  This utility model relates to a heat insulating board, and more particularly, to a heat insulating decorative board with a composite wall for heat insulation and energy saving.

  Outer wall heat insulating plates are mainly used for residential buildings, industrial buildings, public building walls, building roofs, freezers, pools, boilers, and heat insulation work with special waterproof requirements. It is a desirable member for satisfying the demand for energy saving in the current room building, improving the heat insulation level of the outer wall of industrial and private buildings, and also a preferred member for remodeling existing buildings for energy saving. Since its use is very wide, it is very important in all of the strength, heat retention, durability and safety of the outer wall heat insulating plate.

  The purpose of this utility model is to provide a recycling system for residual heat of condensed water by industrial production that can solve the above-mentioned problems, has high strength, has good heat retention, is safe and is durable.

In order to realize the above object, the technical solution of the utility model is as follows.
The heat insulation and energy saving outer wall composite type heat insulation decorative plate includes a plate body, the plate body includes an XPS heat insulation layer, and an aluminum alloy panel layer is provided on each side of the XPS heat insulation layer, the aluminum alloy panel layer A fluorocarbon paint layer is provided on one surface of the both surfaces of the XPS thermal insulation layer on the side away from the XPS thermal insulation layer, the XPS thermal insulation layer includes two XPS thermal insulation layers, and between the two XPS thermal insulation layers. A reinforcing layer is provided, the XPS heat insulating layer is fixedly connected to the reinforcing layer via an adhesive layer, the adhesive layer is made of a polymer adhesive, and the reinforcing layer includes a metal net and the metal A metal short needle that includes a mesh fabric bonded to both sides of the mesh, the mesh of the metal mesh is large, the mesh of the mesh fabric is small, and vertically penetrates the mesh fabric on the surface of the metal mesh. Vignetting, the plate fastener fastened to the edge of the main body is further provided.

  More preferably, the edge of the plate body is covered with an edge banding layer.

  Compared with the conventional technology, the superior point of this utility model is that the plate body is composed of an extruded polystyrene foam plastic (hereinafter also referred to as XPS) heat insulation intervening layer sandwiched between aluminum alloy panel layers, In this embodiment, since the XPS heat insulation intervening layer has excellent heat retention and high strength, the utility model as a whole has excellent heat retention and high strength. The plate bodies are connected to each other by fastening fasteners, so that the overall safety is ensured. The surface coating layer of the aluminum alloy panel layer is a fluorocarbon paint layer, and has excellent stain resistance, durability and color stability.

  The reinforcing layer includes a metal mesh and a mesh fabric bonded to both sides of the metal mesh, the mesh of the metal mesh is large, the mesh of the mesh fabric is small, and both meshes are different. When you receive it, the direction of the dispersion force will be different. This increases the strength of the reinforcing layer.

  Although the metal short needle is provided on the surface of the metal net, when the metal net is bonded to the mesh fabric, the metal short needle protrudes from the surface of the reinforcing layer. Furthermore, when it is made to adhere to the XPS heat insulating layer, there is an effect that the adhesive layer is securely gripped. Thereby, the overall uniformity of the XPS heat insulation intervening layer can be guaranteed.

  The outer wall heat insulating plate according to the utility model is easy to assemble and can be performed quickly. It can satisfy the various requirements of the appearance and construction conditions of the building walls to the maximum. It can be applied to energy-saving decorations and remodeling of the original building walls by keeping warm the civil and industrial buildings in the cold regions of China and in the hot summer and cold winter regions.

FIG. 1 is a diagram showing the structure of the utility model. It is a figure which shows the structure of the XPS heat insulation intervening layer shown by FIG. It is a figure which shows the structure of the reinforcement layer shown by FIG.

The utility model will be further described below with reference to the drawings.
Example Please refer to FIG. 1, FIG. 2 and FIG.
The heat insulation and energy saving outer wall composite type heat insulation decorative plate includes a plate body, the plate body includes an XPS heat insulation layer 1, and aluminum alloy panel layers 2 are provided on both sides of the XPS heat insulation layer 1, respectively. A fluorocarbon paint layer is provided on one surface of the both surfaces of the alloy panel layer 2 away from the XPS heat insulation layer 1, and the XPS heat insulation layer 1 includes two XPS heat insulation layers 7, The XPS heat insulating layer 7 is provided with a reinforcing layer 5, the XPS heat insulating layer 7 is fixedly connected to the reinforcing layer 5 through an adhesive layer 6, and the adhesive layer 6 is made of a polymer adhesive. The reinforcing layer 5 includes a metal mesh 8 and a mesh fabric 9 bonded to both sides of the metal mesh 8, the mesh of the metal mesh 8 is large, the mesh of the mesh fabric 9 is small, The mesh fabric 9 is vertically penetrated through the surface of the metal net 8. That the metal short needle 10 is provided, the fastener 4 fastening the edges of the plate body is further provided. The edge of the plate body is covered with the edge banding layer 3.

  In this utility model, the reinforcing layer 5 includes a metal mesh 8 and a mesh fabric 9 bonded to both sides of the metal mesh 8, the mesh of the metal mesh 8 is large, and the mesh of the mesh fabric 9 is small. Since both meshes are different, the direction of dispersion force is different when receiving force. Thereby, the strength of the reinforcing layer 5 is increased.

  Metal short needles 10 are provided on the surface of the metal net 8, but when the metal net 8 is bonded to the mesh fabric 9, the metal short hands 10 protrude from the surface of the reinforcing layer 5. Further, when the adhesive layer 6 is adhered to the XPS heat insulating layer 7, an effect that the adhesive layer 6 is securely gripped is produced. Thereby, the entire uniformity of the XPS heat insulation intervening layer 1 can be guaranteed.

  Aluminum alloy panel layers 2 are provided on both sides of the XPS insulation layer 1, and the whole is connected to each other by fastening fasteners 4. For this reason, the overall uniformity of the utility model is excellent, and it is more solid and durable. Since the adhesive layer 6 is made of a polymer adhesive, the adhesive strength is high. Since the rust preventive coating layer is provided on the surface of the metal net 8, it is difficult to rust and oxidize. Since the edge of the plate body is covered with the edge banding layer 3, the appearance is improved.

  The outer wall heat insulating plate according to the utility model is easy to assemble and can be performed quickly. It can satisfy the various requirements of the appearance and construction conditions of the building walls to the maximum. It can be applied to energy-saving decorations and remodeling of the original building walls by keeping warm the civil and industrial buildings in the cold regions of China and in the hot summer and cold winter regions.

1 XPS insulation layer 2 Aluminum alloy panel layer 3 Edge banding layer 4 Fastening fastener 5 Reinforcement layer 6 Adhesive layer 7 XPS insulation layer 8 Metal mesh 9 Mesh fabric 10 Metal short needle

Claims (2)

A plate body, the plate body includes an XPS heat insulation layer, and an aluminum alloy panel layer is provided on each side of the XPS heat insulation layer, and the two surfaces of the aluminum alloy panel layer are separated from the XPS heat insulation layer. A fluorocarbon paint layer is provided on one side of the side,
The XPS insulation layer includes two XPS insulation layers, a reinforcement layer is provided between the two XPS insulation layers, the XPS insulation layer is fixedly connected to the reinforcement layer via an adhesive layer, and the adhesion The layer is made of polymer adhesive,
The reinforcing layer includes a metal mesh and a mesh fabric bonded to both sides of the metal mesh, the mesh of the metal mesh is large, the mesh of the mesh fabric is small, and the mesh fabric is applied to the surface of the metal mesh. A heat-insulating and energy-saving outer wall composite type heat insulating decorative board, characterized in that a metal short needle penetrating vertically is provided, and a fastening fastener is further provided at an edge of the plate body.   The heat insulating and energy saving outer wall composite type heat insulating decorative plate according to claim 1, wherein an edge of the plate main body is covered with an edge banding layer.