Anti-radiation film type building energy-saving material based on silica acrylic acid fused ceramic composite material and preparation method of anti-radiation film type building energy-saving material

Abstract

The invention provides an anti-radiation film type building energy-saving material based on a silica acrylic acid fused ceramic composite material and a preparation method of the anti-radiation film type building energy-saving material. The anti-radiation film type building energy-saving material is characterized by being formed by suspending composite nano-scale adiabatic ceramic materials in a modified silicone acrylic emulsion. The anti-radiation film type building energy-saving material has excellent adhesive force, impact resistance, flexibility and outstanding heat resistance, can endure a working temperature of 200 DEG C for a long period of time, and has excellent weather fastness, color retention and gloss retention, and thus the characters of the building material of a base are reserved; the decorative requirements on a building facade are met; the anti-radiation film type building energy-saving material needs to resist weathering, ageing and acid rain attacks as an exterior wall coating material, and is significant and lasting in thermal insulation effect, and unlikely to oxidize; compared with metal, the service life of the energy-saving material is doubled; on the basis of a metal film, the perfect embodiment standard for perfectly embodying the characters of a wall surface coating material is really achieved; and the coating is non-oxidizable, fadeless, highly insulated, high in light transmittance, low in light reflection, lasting in color and luster and long in service life.

Description

technical field [0001] The invention belongs to the field of building energy conservation, in particular to a radiation-resistant film-type building energy-saving material based on a silicon-acrylic acid fusion ceramic composite material and a preparation method thereof. Background technique [0002] In my country, all buildings must meet the energy-saving requirements stipulated by the state, and building energy-saving design is a requirement for the implementation of national mandatory standards. Because traditional energy-saving materials are characterized by "rich in static air bubbles", their inherent defects are that the walls of buildings are generally cracked, seepage, and surface decoration materials fall off, shortening the service life of buildings. In order to make up for the defects of traditional energy-saving materials, a series of high-tech energy-saving products represented by thin-body energy-saving materials have emerged in recent years. [0003] "House d...

AI Technical Summary

Problems solved by technology

Because traditional energy-saving materials are characterized by "rich static air bubbles", their inherent defects are that the walls of the building are generally cracked, seepage, and surface decoration materials fall off, shortening the service life of the building.