Coating textile with heat insulation function

Abstract

The invention discloses a coating textile with a heat insulation function. The coating textile comprises base cloth, wherein the outer surface of the base cloth is in a V-shaped structure and the inner surface of the base cloth is in a tabby structure; a layer of slurry which is uniformly dispersed in the V-shaped groove and takes titanium dioxide-cladded hollow glass beads as functional particles is coated on the outer surface of the base cloth; a layer of slurry with a phase changing function is coated on the inner surface of the base cloth; the width of a groove opening of the V-shaped groove in the outer surface of the base cloth is less than the outer diameter of each functional particle. The coating textile with the heat insulation function disclosed by the invention is reasonable in structure, effectively realizes heat-insulation and temperature-reduction effects and has the characteristics of low production cost, simple operation process and the like; a lot of energy consumption can be reduced effectively and the coating textile with the heat insulation function has a better application prospect.

Description

[0001] This application is a divisional application with the application number: 201210191332.3, the application date: 2012.6.12, and the name is "high thermal resistance and strong reflection energy-saving coated fabric". technical field [0002] The invention relates to an energy-saving coated fabric with high thermal resistance and strong reflection. Background technique [0003] High thermal resistance, strong reflection and energy-saving coated fabric refers to coating the surface of the fabric with a coating that simultaneously has the functions of solar heat reflection, solar heat resistance, or phase change heat absorption and release, and has high reflection, strong barrier or absorption of solar heat radiation. , so as to suppress the rise of the surface temperature of the coating to reduce the internal temperature of the fabric covering, and play a role in energy saving and heat insulation. It is a product that can achieve cooling and energy saving effects without ...

AI Technical Summary

Problems solved by technology

[0009] In the patent document 201010574244.2, Zhongyuan Institute of Technology proposed a preparation method of flame-retardant phase-change fiber for protective heat insulation layer, which mainly uses coaxial electrospinning spinneret to generate resistance of continuous skin-core structure under the action of high-voltage electrostatic field. Combustion phase change fiber, and the core layer material is flame retardant phase change micro-nano capsules, the skin layer material is oil-soluble high temperature resistant molecular polymer, the embedded core layer material is distributed inside the skin layer material, forming a flame retardant phase with a core-wrapped structure From its description, it can be seen that it mainly uses the principle of phase change heat insulation to produce fibers with flame retardant, temperature adjustment and heat protection functions, but it does not mention the three insulation functions of heat reflection, heat resistance, and heat absorption and release during the phase change process. Combining thermal principles to produce thermal insulation coatings, not to mention improving the structure of the base fabric or combining the improvement of the base fabric structure with the three thermal insulation principles to obtain high-performance thermal insulation coating fabrics

[0010] 此外,专利文献200710199871.0、98810274.9、200710199871.0、03806747.1、200480007788.3、201110298041.X、01201991.7、200710157647.5、200410046099.5、201010257148.5等均涉及隔热涂层,但其大多应用为建筑、燃气轮发动机、输油管道、储油罐 In non-fabric fields such as cooling equipment for outdoor industry, that is, the material, strength and thickness of the coating substrate are quite different from those of the fabric, resulting in many differences in the raw material, coating thickness and coating process of the coating. In terms of thermal principles, there is no mention of combining the three thermal insulation principles of heat reflection, thermal insulation, and phase change process heat absorption and release to obtain the required thermal insulation coating

Images