BG1180U1 - Structural insulation panel - Google Patents

Abstract

The structural insulation panel is intended for the construction of external walls, partition walls, ceilings and roofs in the construction of residential, public and industrial buildings. It is characterized by light weight, fast and easy implementation, lack of building moisture and fast assembly of the individual panels. The panel comprises a main element representing a core layer of heat insulating material (1), which is laid in the form of a pre-sized and cut rectangular plane. On both wide-plane sides of the heat insulating material (1) there are rigidly attached by means of a glue layer (2) two identical rectangular plates of tiling material (3). The tiling plates (3) are sized so that, when stuck to the heat insulating material (1), cavities (4) are formed in all corners of the panel. The cavities (4) allow the finished panels to get assembled to each other by the "groove and rabbetö method known in the construction.

Description

Technical field

The structural insulation panel is designed for the construction of exterior walls, partitions, ceilings and roofs in the construction of residential, public and industrial buildings.

The technical nature and benefits of the utility model

The proposed utility is a three-layer sandwich panel - a core layer of thermal insulation material shaped like a rectangular board and two outer layers of lining material. The core determines the thickness of the finished panel. It varies from 50 to 200 mm thickness of thermal insulation material. The thickness of the two facing outer layers can also be varied. At the ends of the panel are formed cavities for assembly "chickpeas and feathers". Depending on the purpose, the panel can be wall (self-supporting), roof and general purpose panel.

Advantages of the utility model are its light weight, its easy and quick implementation, the lack of building moisture, the quick assembly of the individual panels between them. Utilizing the utility model, energy losses in the building are reduced by up to 55%.

Explanation of the annexed figures

Figure 1 is an external view of the panel;

Figure 2 is a cross-sectional view of the panel.

An example of a utility model

The thermal insulation material 1 is laid in the form of a pre-sized and cut rectangular plate. Each wide-panel side of the thermal insulation material 1 is fixed to the wide-flat side of two identical rectangular lining boards of the plates 3 by means of an adhesive layer 2. The lining panels 3 are dimensioned so that when glued to the thermal insulation material 1, they break in all ends of the panel 4.

The panel produced in this way is ready for use.

The cavities 4 enable the prefabricated panels to be assembled with each other using the well-known chickpea and quill method.

Claims (1)

Claims A structural insulation panel, characterized in that it consists of a basic element, such as an intermediate layer, constituting a rectangular panel of thermal insulation material (1), with a thickness of 50 to 200 mm, on either side of which is by means of an adhesive layer (2), two identical flat panels of lining material (3) are fixed in such a way that cavities (4) intended for assembly of "chickpeas and feathers" are formed in the formed four edges of the panel.