Vacuum ceramic thermal baffle and manufacturing method of vacuum ceramic thermal baffle

Abstract

The invention provides a vacuum ceramic thermal baffle comprising an upper thermal baffle and a lower thermal baffle which are of flat plates, wherein the peripheries of the upper thermal baffle and the lower thermal baffle are welded together by welding fluxes, a closed vacuum layer is formed between the upper thermal plate and the lower thermal plate, and supports are arranged in the vacuum layer in a dot matrix manner. According to a manufacturing method of the vacuum ceramic thermal baffle, the process is simple, the manufactured vacuum ceramic thermal baffle overcomes the defects of the existing thermal baffle, the air tightness of the vacuum layer of the vacuum ceramic thermal baffle can be effectively ensured, the service life of the vacuum ceramic thermal baffle is prolonged, the strength, the thermal insulation, sound insulation and fire resistance of the vacuum ceramic thermal baffle are enhanced, and simultaneously, the vacuum ceramic thermal baffle has an excellent decorative effect.

Description

technical field [0001] The invention relates to the technical field of building energy saving, in particular to a vacuum ceramic heat insulation board and a manufacturing method thereof. Background technique [0002] At present, the materials used in domestic building exterior wall insulation are mainly Class B insulation materials, such as polystyrene, polyurethane, foam rubber and other organic materials. These organic materials have poor heat resistance and are easy to burn. When burning, they not only release a lot of heat, A large amount of toxic smoke is produced, and it can accelerate the spread of the fire; at the same time, the organic material will shrink during the fire, resulting in burning droplets, causing the tiles on the insulation layer to fall off, which is likely to cause secondary fires and secondary fires. Therefore, relevant parts of the state have explicitly prohibited the use of organic thermal insulation materials for external wall insulation, especi...

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Problems solved by technology

[0002] At present, the materials used in domestic building exterior wall insulation are mainly Class B insulation materials, such as polystyrene, polyurethane, foam rubber and other organic materials. These organic materials have poor heat resistance and are easy to burn. When burning, they not only release a lot of heat, A large amount of toxic smoke is produced, and it can accelerate the spread of the fire; at the same time, the organic material will shrink during the fire, resulting in burning droplets, causing the tiles on the insulation layer to fall off, which is likely to cause secondary fires and secondary fires. Second damage, so the relevant part of the country expressly prohibits the use of organic thermal insulation materials for external wall insulation, especially in high-rise buildings and public buildings

Among the thermal insulation materials whose combustion performance reaches the A-level standard, inorganic materials represented by mineral wool and rock wool are mainly used. However, the existing domestic products have a large gap with the requirements of architectural applications in terms of water absorption, strength, and weather resistance. If it is directly used for building wall insulation, there will be problems such as water absorption, falling, softening, etc.

In addition, the cost of Class A thermal insulation materials is much higher than that of organic materials, and the construction process is complicated. The construction cost far exceeds the cost of Class B thermal insulation materials, and its thermal insulation performance is poor and energy consumption is high, which cannot meet the current needs of the country for energy conservation and emission reduction.

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