Production method of artificial stone composite board

Abstract

The invention provides a production method of an artificial stone composite board. The production method of the artificial stone composite board comprises a wall base layer; a melamine resin bonding layer, an algae mud active silicate thermal insulation layer and an acrylic waterproof layer are coated on the wall base layer from inside to outside in sequence; as the melamine resin bonding layer isadopted, the adhesion is good so that a thermal insulation coating is integrally firm and durable; through adoption of the algae mud active silicate thermal insulation layer, the heat transfer capability of a material declines or approaches the lowest limit so that the artificial stone composite board is a super thermal insulation material; as heat conduction is realized between an object and anobject through heat transmission, and the heat transmission capability of the heat transmission mode of the algae mud active silicate thermal insulation layer declines to a lowest degree, the seekingof people to the thermal insulation performance can be satisfied; and due to the existence of the waterproof layer, water can be very well prevented from permeating into the thermal insulation layer so that the thermal insulation layer can be effectively prevented from being destroyed by water.

Description

technical field [0001] The present invention relates to a construction field, in particular to a concrete [0002] A method for the production of an artificial stone composite board based on soil. Background technique [0003] Building energy conservation is one of the key points of my country's energy conservation work, and external wall insulation has become the main product of building energy conservation. [0004] For severe cold regions and cold regions, external wall insulation is not only reasonable, but also applicable, and has developed rapidly. For hot summer and warm winter regions, most of the exterior wall designs only consider heat insulation or focus on heat insulation, and there is still room for improvement. According to the solar radiation heat balance equation of the building enclosure structure, and according to the climate characteristics of different regions, various thermal insulation coatings are reasonably selected and used to form a composite syst...

AI Technical Summary

Problems solved by technology

For hot summer and warm winter regions, most of the exterior wall designs only consider heat insulation or focus on heat insulation, and there is still room for improvement.

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