Process for manufacturing decoration thin panel

Abstract

The invention provides a thin decoration panel which is a 2mm-10mm-thick casting plate with inorganic cement as the main material and is mixed with water-emulsified resin, short fiber and closed-cell pearlite powder and fiberglass mesh. The invention also provides a method for manufacturing the thin decoration panel, adopting the following steps: mixing the inorganic cement, the short fiber, the closed-cell pearlite powder, the water emulsified resin, water and a compound additive into a fluid mixture, and pouring wet materials into a mould for molding, heating, drying and maintaining, thus manufacturing the thin panel. The invention also provides a method for manufacturing boards incorporated with thermal insulation and decoration, comprising the following steps: the thin panel and an insulated board are spliced into a compound board and decorative treatment or no decorative treatment is carried out on the surface of the thin panel, thus manufacturing the boards incorporated with thermal insulation and decoration. The methods provided by the invention have simple technique and low manufacturing cost and by the method, the surface shapes and colors with various decorative effects can be easily produced to meet various aesthetic requirements of people.

Description

technical field [0001] The invention relates to the manufacture of a decorative thin panel used on the surface of a wall thermal insulation and decorative composite board in the field of building energy conservation. Background technique [0002] At present, in the field of construction, prefabricated composite panels have been directly used as external wall insulation and decoration materials. The insulation layer of these panels has thermal insulation performance, and the other layer (the other surface) is provided with a decorative panel layer. The decorative panel layer is high-pressure pressed. Decorative boards, such as TRF, have good strength and insufficient smoothness, and the surface needs to be polished through multiple processes before paint decoration can be carried out. Therefore, the manufacturing cost of the overall composite board is relatively high. Difficult to use an assembly line for continuous production. Contents of the invention [0003] The techni...

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Problems solved by technology

[0002] At present, in the field of construction, prefabricated composite panels have been directly used as external wall insulation and decoration materials. The insulation layer of these panels has thermal insulation performance, and the other layer (the other surface) is provided with a decorative panel layer. The decorative panel layer is high-pressure pressed. Decorative boards, such as TRF, have good strength and insufficient smoothness, and the surface needs to be polished through multiple processes before paint decoration can be carried out. Therefore, the manufacturing cost of the overall composite board is relatively high. Difficult to use the assembly line for continuous production

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