High-efficiency and energy-saving decoration system for green building

Abstract

The invention discloses a high-efficiency and energy-saving decoration system for a green building and relates to the field of green building energy conservation. According to the system, the surface of each adopted decorative sheet is formed by combining thermoplastic resin material such as ternary graft copolymer (ASA) formed by acrylonitrile (A), styrene (S) and acrylate (A) with inorganic nonmetal material in an injection molding mode, or inorganic facing material such as thin-wall stones is embedded in the surface of a vacuum full-obstruction diaphragm cavity/bag; according to the decorative pattern of the system, a plurality of decorative sheets unit patterns are combined into a whole pattern, after installation, a large curtain wall picture is formed in a gathered mode, the system is suitable for construction and installation of different building walls, the building interior and exterior wall heat-preserving system constructed by the vacuum full-obstruction colored glaze decorative sheets is good in decoration effect, the thickness of a wall can also be reduced, building cost is reduced, the self weight of the wall is reduced, and the earthquake resistant level is improved.

Description

technical field [0001] The invention relates to the field of energy saving of green buildings, and is precisely a thermal insulation system with high energy saving rate, high combustion performance level, high weather resistance, high shock resistance, high decorative aesthetic feeling and high environmental protection performance of the inner and outer walls of the building. Background technique [0002] At present, there are many kinds of wall and thermal insulation decoration systems for green buildings. According to the difference in building structure and energy-saving panels, the design and construction of the system are very different, and the functions and effects realized are also different. The patent application that has been published is about Literature, commercially available and applied materials include clay bricks, porous bricks, air-added sand (ash) self-insulating blocks, inorganic material foam boards, thermoplastic foam boards, rock wool boards, inorganic...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many kinds of wall and thermal insulation decoration systems for green buildings. According to the difference in building structure and energy-saving panels, the design and construction of the system are very different, and the functions and effects realized are also different. The patent application that has been published is about Literature, commercially available and applied materials include clay bricks, porous bricks, air-added sand (ash) self-insulating blocks, inorganic material foam boards, thermoplastic foam boards, rock wool boards, inorganic core material vacuum boards, thermal insulation mortar, Thermal insulation coatings, etc., the energy-saving thermal insulation systems made of these materials as mediators have different functions, mainly reflected in the limited decorative visual effects, lack of visual impact, poor weather resistance, short service life, complicated manufacturing, and high combustion performance. Low heat distortion temperature, weak impact resistance, thick system occupies effective space area, single formwork, poor selectivity, complex construction, long construction period, high cost, difficult site management, easy to cause fire accidents, strict storage and transportation management requirements , the thermal barrier ability is average, and cannot meet the requirements of high energy saving rate