CN201165736Y - Embedded lining bone reinforced insulation composite board - Google Patents

Abstract

The utility model provides an inlaid lining bone reinforced thermal insulation composite board, which comprises a decorative surface layer and a thermal insulation layer, the two are connected by glue, and at least one side of the thermal insulation layer is embedded with several lining bone. In the utility model, the inner lining bone reinforced thermal insulation composite board adopts the lining bone to carry out three-dimensional strengthening on the composite board, which not only improves the overall strength of the composite board, but also greatly reduces the risk of peeling off of the lining layer or the facing layer.

Description

Embedded lining bone reinforced insulation composite board

technical field

The utility model relates to a composite board for building, in particular to a high-strength layered thermal insulation composite board embedded with bone lining, which belongs to the field of building wall materials.

Background technique

The emergence of thermal insulation and decoration integrated finished boards (also known as thermal insulation and decorative composite panels) not only improves the quality of the building's facade decoration system, but also significantly shortens the construction period, and has a lower comprehensive use cost, regardless of economic benefits, Or social benefits, thermal insulation and decoration integrated finished board (hereinafter referred to as composite board) has extremely extensive promotion value.

However, the current composite board generally adopts a simple layered structure, so it has universal defects, such as the bond between composite materials is not firm enough; the board is easily deformed; the bond between the composite board and the wall is not firm enough, and so on. This has also led to more potential safety hazards in composite panels.

Therefore, it is necessary to improve the structure of the composite board to increase the strength of the composite board and improve the quality and safety of the product.

Utility model content

The purpose of this utility model is to provide a kind of embedded lining bone reinforced thermal insulation composite board, which greatly improves the anti-deformation ability of the thermal insulation layer itself by embedding the lining bone in the thermal insulation layer, and at the same time improves the overall strength of the thermal insulation layer ; Strengthen the bonding strength between the insulation layer and the wall, and improve the safety of the composite board.

In order to realize the purpose of the utility model, the technical scheme of the utility model:

A thermal insulation composite board with inner bone lining reinforced, comprising a facing layer and a thermal insulation layer, the two are connected by glue, and at least one side of the thermal insulation layer is embedded with several lining bone.

Corresponding two sides of the thermal insulation layer are embedded with several lining bones.

The lining bone is T-shaped, straight-edged, I-shaped or T-shaped.

The size, quantity and arrangement of the lining ribs are not limited and can be determined as required. Preferably, several lining ribs on the same surface of the thermal insulation layer are arranged in parallel, longitudinally or horizontally; lining ribs between different surfaces are parallel or vertical.

The material of the lining bone can be plastic, metal (aluminum alloy, iron) and other qualified materials; in order to strengthen the connection strength between the lining bone and each connection surface, other special surface treatments can also be done, such as in the lining bone The surface is sandblasted to improve its bond strength by enhancing friction.

The material of the insulation layer can be EPS board (expanded polystyrene board), XPS board (extruded polystyrene board), polyurethane foam board, phenolic insulation board, inorganic insulation board and other qualified insulation materials; insulation layer The surface can be smooth, rough, or with concave-convex shape; it is better to have grid grooves on both sides.

A lining layer is also arranged between the facing layer and the insulation layer, and the layers are connected by glue.

The lining layer can be made of metal plates, inorganic plates, organic plates, wood boards and other qualified finished plates, and the lining layer can also be formed by scraping putty or casting.

The finishing layer is metal plate, aluminum plate, artificial stone, natural stone, wood board, exterior wall brick, glass or paint layer. When it is a paint layer, the finishing layer is directly sprayed on the lining layer.

The surroundings of the embedded bone-lined reinforced thermal insulation composite board are also covered with the said facing layer, which can be wrapped around the composite board by means of flanging or gluing alone.

Of course, a waterproof layer can also be painted on the surroundings of the embedded bone-lined reinforced thermal insulation composite board.

For the convenience of installation and construction, several grooves can be cut around the surface layer or lining layer. The width and depth of the groove can be set arbitrarily as required.

In the utility model, the inner bone-lined reinforced thermal insulation composite board adopts the three-dimensionally reinforced bone-lined composite board, which not only improves the overall strength of the composite board, but also greatly reduces the risk of peeling off of the lining layer or the facing layer. Has the following advantages:

1. Strengthen the bonding between the lining layer or facing layer and the insulation layer, and improve the deformation resistance of the lining layer or facing layer.

2. The lining bone embedded in the insulation layer greatly improves the anti-deformation ability of the insulation layer itself, and at the same time improves the overall strength of the insulation layer; strengthens the bonding strength between the insulation layer and the wall, and improves the composite panel. security.

3. The utility model significantly improves the physical properties of the composite materials of each layer of the composite board, thereby significantly improving the quality and safety of the composite board, and has a simple implementation method and has a very high promotion value.

Description of drawings

Fig. 1 is the three-dimensional perspective schematic diagram of the composite board with T-shaped lining bone embedded on both sides of the thermal insulation layer of the present invention;

Fig. 2 is the three-dimensional schematic diagram of T-shaped lining bone;

Figure 3 is a side view of the embedded T-shaped lining bone reinforced thermal insulation composite board;

Fig. 4 is the side view of the composite plate embedded with the straight edge type lining bone in the insulation layer;

Fig. 5 is a side view of the straight rib lining bone;

Fig. 6 is the side view of the composite plate of the inlay type lining bone of the insulation layer;

Fig. 7 is a side view of the I-shaped lining bone;

Fig. 8 is the side view of the composite plate with T-shaped rib lining embedded in the thermal insulation layer;

Fig. 9 is a side view of the T-shaped rib lining bone.

Among them: 1 insulation layer, 2, 5 lining bone, 3 lining layer,

4. Finishing layer.

Detailed ways

In the following, specific embodiments will be described in detail in conjunction with the attached drawings, so that it is easier to understand the purpose, technical content, characteristics and effects of the present utility model.

Fig. 1 is a three-dimensional perspective schematic diagram of a composite panel with T-shaped lining bone embedded on both sides of the thermal insulation layer of the present invention. As shown in Figure 1, the embedded T-shaped lining bone reinforced thermal insulation composite board includes a facing layer 4, a lining layer 3 and an insulating layer 1.

T-shaped lining ribs 2 and 5 are respectively embedded in the front and back of the insulation layer 1 . The front is embedded with T-shaped lining bone 5 horizontally, and the back is embedded with T-shaped lining bone 2 vertically. Fig. 2 is a three-dimensional schematic diagram of a T-shaped lining bone. The T-shaped lining ribs 2 and 5 can also be parallel, both horizontally or vertically.

The facing layer 4 is paint, the lining layer 3 is a boardless resin board, the insulation layer 1 is an XPS board, the T-shaped lining ribs 2 and 5 are engineering plastics, and the facing layer 4 is sprayed on the lining layer 3. The layer 3 and the insulation layer 2 are connected by glue. Viscose can adopt the method commonly used in this field.

Of course, the facing layer 4 can be replaced by stone (including artificial stone and natural stone), aluminum plate (or aluminum-plastic plate), metal plate, glass, exterior wall brick, wood board or other decorative materials. At this time, the lining layer 3 and the finishing layer 4 can be connected by glue.

The lining layer 3 can be replaced by other qualified finished boards or putty scraping layer or casting, finished boards such as metal boards, organic boards, wood boards and other qualified finished boards. The lining layer 3 can also be omitted.

The insulation layer 1 can be replaced by EPS board, polyurethane foam board, phenolic insulation board, inorganic insulation board and other qualified insulation materials or other insulation materials. The surface of the insulating layer 1 can be smooth or rough, or have a concave-convex shape. Some insulation materials and shapes commonly used in this field can be used.

The T-shaped lining ribs 2 and 5 can only be embedded in the front or back of the thermal insulation layer 1, arranged in parallel, or vertically or horizontally; the size, quantity and arrangement of the T-shaped lining ribs can be determined as required; and The material can be replaced by other materials such as metal.

In addition, the periphery of the composite board is also covered with a facing layer, which can be wrapped around the periphery of the composite board by means of folding or gluing alone.

Of course, a waterproof layer can also be painted around the composite board.

For the convenience of installation and construction, several grooves can be cut around the facing layer 4 or lining layer 3, and the width and depth of the grooves can be set arbitrarily according to the needs of installation.

The materials used in the utility model are all commonly used building decoration materials in this field.

Another embodiment of the utility model, Fig. 3 is a side view of the embedded T-shaped bone lining reinforced thermal insulation composite board, as shown in Fig. 2. Lining layer 3 and insulation layer 1. The insulation layer 1 adopts XPS board with grid grooves on both sides, the lining bone 2 is a T-shaped aluminum alloy strip, the lining layer 3 is an inorganic resin board, and the finishing layer 4 is paint. The insulation layer 1 and the lining bone 2 are connected by gluing and embedding, and the facing layer 4 is formed on the lining layer 3 by spraying or gluing.

Among them, the XPS board can be replaced by EPS board, polyurethane foam board, phenolic insulation board, inorganic insulation board and other qualified insulation materials or other insulation materials. And the surface that is not connected to the lining bone 2 can be flat; the lining bone 2 embedded in the thermal insulation layer 1 can only be vertical or horizontal, and can also be embedded with horizontal T-shaped bars and vertical T-shaped bars at the same time, and the lining bone 2. Other materials can be used, such as engineering plastics.

The facing layer 4 can be replaced by stone (including artificial stone and natural stone), aluminum plate (or aluminum-plastic plate), metal plate, glass, exterior wall brick, plank or other decorative materials. At this time, the lining layer 3 and the finishing layer 4 can be connected by glue.

The lining layer 3 can be replaced by other qualified finished boards or putty scraping layer or casting, finished boards such as metal boards, organic boards, wood boards and other qualified finished boards. The lining layer 3 can also be omitted.

There is another way for the composite board of the present invention. As shown in Figures 4 and 5, the composite board with the thermal insulation layer embedded with straight ribs includes a thermal insulation layer 1 and a facing layer 4, and the thermal insulation layer 1 adopts a double-sided grid concave For the XPS plate of the groove, the lining bone 2 is a straight-edge aluminum alloy plate, and the finishing layer 4 is paint. The insulation layer 1 and the lining bone 2 are connected by gluing and embedding (it can be integrated by putting the lining bone during the molding process of the insulation layer), and the facing layer 4 is formed on the lining bone 2 by spraying or gluing.

When the lining bone 2 is an I-shaped aluminum alloy strip (see Figure 7), the structure of the composite panel is shown in Figure 6. The thermal insulation layer 1 is an XPS board with grid grooves on both sides, and the lining bone 2 is an I-shaped aluminum alloy strip. , the lining layer 3 is an inorganic resin board, and the finishing layer 4 is a paint. The thermal insulation layer 1 and the lining bone 2 are connected by gluing and embedding (it can be integrated by putting the lining bone during the forming process of the thermal insulation layer), the lining bone 2 and the lining layer 3 are connected by gluing, and the lining A finishing layer 4 is formed on the layer 3 by spraying or gluing. Among them, the XPS board can be replaced by EPS board and other thermal insulation materials, and the surface not connected with the lining bone 2 can be flat; the lining bone 2 embedded in the insulation layer 1 can only be vertical or horizontal, and can also be embedded at the same time Horizontal I-shaped strips and vertical I-shaped strips, and the lining bone can be made of other materials, such as engineering plastics, etc.; the lining layer 3 can be replaced by other qualified finished plates; the facing layer 4 can be made of stone, aluminum plate, Metal plate or other decorative materials instead.

When the lining bone 2 is a T-shaped ribbed aluminum alloy plate (see Figure 9), the structure of the composite plate is shown in Figure 8. The thermal insulation layer 1 adopts XPS board with grid grooves on both sides, and the lining bone 2 is T-shaped ribbed aluminum Alloy plate, the finishing layer 4 is paint. The insulation layer 1 and the lining bone 2 are connected by gluing and embedding (it can be integrated by putting the lining bone during the molding process of the insulation layer), and the facing layer 4 is formed on the lining bone 2 by spraying or gluing. Among them, the XPS board can be replaced by EPS board and other thermal insulation materials, and the surface not connected with the lining bone 2 can be flat; the lining bone 2 embedded in the insulation layer 1 can be made of other materials, such as engineering plastics, etc.; Layer 4 can be replaced by stone material, aluminum plate, metal plate or other decorative materials.

The above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the implementation scope of the present utility model. Therefore, all changes or modifications based on the shape, structure, characteristics and spirit described in the scope of application of the utility model are equivalent, and should be included in the scope of patent application of the utility model.

Claims (10)

1. an embedded lining bone is strengthened thermal insulating composite panel, it is characterized in that: comprise finish coat and insulation layer, connect by the viscose glue mode between the two that described insulation layer one side at least is embedded with several lining bones.

2. embedded lining bone as claimed in claim 1 is strengthened thermal insulating composite panel, it is characterized in that: the corresponding two sides of described insulation layer all is embedded with several lining bones.

3. embedded lining bone as claimed in claim 1 or 2 is strengthened thermal insulating composite panel, and it is characterized in that: described lining bone is T type, straightedge type, worker's type or T type rib shape.

4. strengthen thermal insulating composite panel as any described embedded lining bone among the claim 1-3, it is characterized in that: described insulation layer is arranged in parallel with several lining bones on the one side, for vertical or horizontal; The lining bone between the coplanar is not a parallel shape, or is vertical configuration.

5. strengthen thermal insulating composite panel as any described embedded lining bone among the claim 1-4, it is characterized in that: the material of described insulation layer is EPS plate, XPS plate, polyurethane foam board, phenolic aldehyde heat preserving plate, inorganic heat preservation plate and other qualified heat insulating material; Insulation layer surface or be smooth, or be coarse, or have concavo-convex moulding.

6. strengthen thermal insulating composite panel as any described embedded lining bone among the claim 2-5, it is characterized in that: also be provided with the lining surface layer between described finish coat and the insulation layer, connect by the viscose glue mode between each layer; Described lining surface layer adopts metal sheet, inorganic plate, organic plates, plank and other qualified finished product sheet material, also can criticize the mode of scraping or casting by putty and form the lining surface layer.

7. strengthen thermal insulating composite panel as any described embedded lining bone among the claim 1-6, it is characterized in that: described finish coat is metal sheet, aluminium sheet, artificial stone, lithotome, plank, exterior wall tile, glass or dope layer; When being dope layer, described finish coat directly is sprayed on the lining surface layer.

8. strengthen thermal insulating composite panel as any described embedded lining bone among the claim 1-7, it is characterized in that: described embedded lining bone strengthen thermal insulating composite panel around also be coated with described finish coat, its by with flanging or separately the mode of viscose glue be coated on composite plate around.

9. strengthen thermal insulating composite panel as any described embedded lining bone among the claim 1-7, it is characterized in that: all brush a waterproofing course around the described embedded lining bone reinforcement thermal insulating composite panel.

10, strengthen thermal insulating composite panel as any described embedded lining bone among the claim 1-9, it is characterized in that: cut out several grooves around described finish coat or the lining surface layer.

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