Heat insulating coating surface glue and heat insulating coating

Abstract

The invention discloses heat insulating coating surface glue for insulating heat through reflection and heat conversion. Based on reflection and heat insulation, a heat converting material is added into the heat insulating coating surface glue, after being absorbed by a coating layer, part of unreflected heat energy can be converted by the heat converting material into radiant energy to be released into the atmosphere, thus, 98% of heat from the sun can be insulated. The invention also provides a heat insulating coating which comprises the surface glue, intermediate glue and bottom glue, has excellent heat insulating performance, and can be used for remarkably reducing the temperature of buildings, industrial chemicals tanks and various equipments requiring heat insulation and reducing the energy consumption for temperature reduction.

Description

technical field [0001] The invention relates to a paint, in particular to a heat-insulating paint surface adhesive and a heat-insulating paint which can insulate heat through reflection and heat conversion. Background technique [0002] Due to the continuous rise of ambient temperature and energy consumption, heat insulation and energy saving have become a social issue of concern. The traditional method of spraying water and applying silver paint for cooling and heat insulation is far from meeting the needs of cooling and heat insulation due to cumbersome operations, high energy consumption, and easy corrosion of equipment, reducing the service life of equipment. Therefore, thermal insulation materials have broad market prospects. Heat insulation materials in the prior art generally add fillers with high reflectivity to form a coating with high reflectivity, and reduce the surface temperature of the object through reflection, thereby further reducing the internal temperatur...

AI Technical Summary

Problems solved by technology

Since the reflectivity of these insulating materials cannot reach 100%, there will still be some unreflected heat absorbed by the surface of the coating and accumulated in the interior of the coating through heat transfer. More and more, the temperature of the coating will rise, which will easily cause the coating to be stained, thus affecting the heat insulation effect