Multifunctional energy-saving decorative board

Abstract

The invention relates to an energy-saving decorative material, in particular to a multifunctional energy-saving thermal insulation decorative board, a manufacturing method and an installation method thereof. The invention belongs to the technology field of a building, packaging, and energy-saving material. The multifunctional energy-saving thermal insulation decorative board is characterized in that a spatial structure capable of playing a role in connection, fixation and water resistance without any pressing sheet or screw is arranged on the circumference of the board. The facade of the board is in planar structure, and the reverse side is provided with a spatial structure capable of producing such interactions as insertion, hooking, anchoring or embedment and so on. The heat insulator of the board consists of at least two of a heat-reflecting material, a non-uniform expanded material, a skin layer material, and a frame structure material. A protective and decorative material outside the board consists of a dope,an electromagnetic wave resistant material, and at least one material in solar energy materials. When the multifunctional energy-saving thermal insulation decorative board is installed, the multifunctional energy-saving thermal insulation decorative board is bonded to an object to be protected with an adhesive, or fixed to the object to be protected with a hook-type fixture. The board is not only applicable to internal and external walls of buildings, roofs and so on, but also to protection and decoration in other industries.

Description

Technical field [0001] The invention relates to an energy-saving decorative material, in particular to a multifunctional thermal insulation decorative board, and a method for processing, manufacturing, and construction and installation. It belongs to the technical field of construction, packaging and energy-saving materials. technical background [0002] With the development of international and domestic economic construction and the gradual improvement of people's living standards, the cost of energy and the demand for energy are constantly increasing. Therefore, research, development and production of a high-quality and effective energy-saving product has become an urgent task and on-demand product at home and abroad. At present, the following problems generally exist in the thermal insulation decorative panels for buildings at home and abroad and their construction and installation process: 1) The wall crack resistance and waterproof performance are limited. This is due to the...

AI Technical Summary

Problems solved by technology

At present, the following problems generally exist in the thermal insulation decorative panels used in buildings at home and abroad and their construction and installation process: 1) limited wall cracking and waterproof performance

Therefore, the thermal insulation and decorative panels designed by the current technology are heavy, which is not conducive to construction and installation, and the production steps are cumbersome, energy consumption, and high cost.

In addition, the current insulation materials all use polystyrene, polyurethane and other boards with uniform foam structure, which cannot make full use of the potential advantages of non-uniform foam structure, such as more energy saving, light weight, and heat preservation.

3) At present, the side of the thermal insulation and decorative board generally adopts a planar structure. Therefore, the contact area between the board and the adhesive surface is limited. During the construction and installation process, it is difficult to achieve the required reliability by only using adhesive bonding method

It can be seen that the current installation and construction of decorative panels is time-consuming, consumables, low efficiency, high labor costs and other shortcomings

4). At present, most of the thermal insulation materials designed by technology are limited to expanded polystyrene and expanded polyurethane materials, which are flammable and have no flame-retardant properties.

5). The current technical design of the thermal insulation board is limited to the low thermal conductivity of the foam material structure to achieve the thermal insulation effect, but has no heat radiation protection function

6). The thermal insulation and decorative panels designed by the current technology are limited to thermal insulation and decoration, without electromagnetic wave shielding or electromagnetic radiation protection, and without the function of utilizing solar energy

7). The current technical design of thermal insulation decorative panels is limited to the application of the interior and exterior walls of buildings, and does not involve the application in other industries such as building roofs, packaging, and protection.

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