Vacuum fireproof thermal-insulating and decorating integrated wall board

Abstract

The invention relates to a vacuum fireproof thermal-insulating and decorating integrated wall board combined and fixed by a vacuum fireproof thermal-insulating board and a surface veneer through bolts. The vacuum fireproof thermal-insulating board is compounded by a blind core thermal-insulating layer or inorganic fireproof blind core thermal-insulating layer, a vacuum fireproof wrapping bag and inner and outer reflecting layers. The vacuum fireproof thermal-insulating layer is formed by steps of filling the blind core thermal-insulating layer into the vacuum fireproof wrapping bag, bonding the mouth of the bag, exhausting air in the vacuum fireproof wrapping bag and the blind core thermal-insulating layer to form a thermal-insulating vacuum layer, and bonding the reflecting layers to the inner side and the outer side of the vacuum fireproof wrapping bag; therefore, generation of cold and hot bridges at the board joints is avoided and thermal insulation and sound insulation effects are improved. The integrated wall board can be mounted by means of dry cladding, and can also be mounted by combination of wet combining and dry cladding, is easy to manufacture and convenient and stable in mounting, and has good fireproof thermal-insulating and decorating effects and low cost.

Description

technical field [0001] The invention relates to a wall vacuum fire-proof, heat-preservation and decoration integrated board suitable for interior and exterior walls, in particular to a method for manufacturing and installing the wall vacuum fire-proof, heat-preservation and decoration integrated board. Background technique [0002] At present, a kind of ultra-thin vacuum fire-proof insulation board with inorganic fiber thermal insulation material as the stuffy core is famous in the market for its unique advantages such as low thermal conductivity, ultra-thin, and fireproof. However, there is also a single product, which has not yet realized the integration of wall fireproofing, thermal insulation and decoration. Traditional wet-work techniques such as plastering and pasting similar to polystyrene insulation boards, grid cloth, putty, and paint spraying are still used. The process is more complicated. It is also prone to common quality problems such as poor adhesion, hollowin...

AI Technical Summary

Problems solved by technology

However, there is also a single product, which has not yet realized the integration of wall fireproofing, thermal insulation and decoration. Traditional wet-work techniques such as plastering and pasting similar to polystyrene insulation boards, grid cloth, putty, and paint spraying are still used. The process is more complicated. It is also prone to common quality problems such as poor adhesion, hollowing and cracking

[0003] In particular, there is also a problem that it is easy to form a hot and cold bridge at the plate seam

Aluminum foil is a good heat conduction and radiation heat transfer material with a thermal conductivity of about 200w / m·k. Therefore, the vacuum fireproof insulation board wrapped in a grade A fireproof glass fiber aluminum foil vacuum bag with an aluminum foil appearance is inevitable. It is easy to form a cold and heat bridge at the seam of the board, which will affect the actual effect of heat preservation and heat insulation to a certain extent

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