Environment-friendly insulation decorative plate

Abstract

The invention relates to a manufacturing method of an environment-friendly insulation decorative plate. The manufacturing method is characterized in that a clay plate body is made of environment-friendly materials, namely natural clay and shale, which are non-radioactive; clay plate leftovers or unqualified products can be crushed for reuse. Thermosetting liquid resin which is sticky, fluoride-free foaming agent and curing agent are mixed and poured into the clay plate, and foaming is performed at normal temperature. After curing, resin molecular chains form a spatial network structure, no dissolving or melting occurs, and the resin which is of good stickiness and the clay plate are well stuck together. After gasifying, the foaming agent forms disperse bubbles in the resin, and thermal conductivity of foam is lowered. Compared with the prior production technique of insulation decorative plates, the manufacturing method has the advantages that the process is simple, free of three industrial wastes and good for environment protection, a product is formed once, the side of the product has uneven structure, no cold bridge occurs after mounting, system strength is high, and safety and durability are achieved.

Description

technical field [0001] The invention relates to the field of thermal insulation and decoration integration. Specifically, the invention relates to auxiliary raw materials such as clay boards, thermosetting resins, catalysts and the like used for preparing environmentally friendly thermal insulation decorative boards. Background of the invention [0002] With the development of society and the acceleration of urbanization, energy consumption and environmental protection are the two focuses of widespread attention, and building energy consumption is an important part of total energy consumption, accounting for about 30% of total energy consumption, so large The proportion of building energy saving, if building energy saving is realized according to the national energy saving standard of 65%, can reduce building energy consumption by 10%. The heat energy loss of the wall accounts for about 43% of the building energy consumption, while the energy loss of the building with exter...

AI Technical Summary

Problems solved by technology

Marble is used as the finishing layer. Marble has certain radioactivity, and its self-heaviness makes construction difficult, and there are potential safety hazards after the aging of structural parts

Artificial stone coatings are generally synthesized by resin flakes, polymer adhesives and quartz sand. Due to the poor aging resistance of polymer adhesives, artificial stones will be pulverized after aging and are easily stained.

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