High molecular electric ground heating module with waterproofness, high temperature resistance and flame-retarding functions

Abstract

The invention discloses a high molecular electric ground heating module with waterproofness, high temperature resistance and flame-retarding function, which belongs to the field of heating devices. A waterproof layer is coated outside a non-woven fabric layer; the upper layer of a heat-preserving layer is a heating layer; the bottom of the heat-preserving layer is coated with a reflecting film by using a pure metal aluminum foil; the non-woven fabric layer is coated outside the heat-preserving layer, the heating layer and the reflecting film; the waterproof layer is made of a cement-based high molecular waterproof material; the heating layer is a membrane made of a high molecular carbon fiber heating material; the heat-preserving layer is a high-density phenolic aldehyde board; the reflecting film is covered at the bottom of the heat-preserving layer through a pure metal aluminum foil; the layers are bonded by using high-temperature-resistant environment-friendly glue, and are formed by pressing; and the outer periphery of each layer is provided with metal aluminum foil wrappings. The high molecular electric ground heating module has the advantages of attractive, dampness prevention, electric heating transformation efficiency of over 99 percent, saving in electricity and energy, safety, reliability, high insulating property, long service life, quick temperature rise, environment friendliness, health-care physical therapy effect and good health-care effect on human bodies.

Description

technical field [0001] The present invention relates to a heating device, in particular to an electric heating floor heating module, specifically a polymer electric heating floor heating module with functions of waterproof, high temperature resistance and flame retardancy. More particularly, the present invention also provides the polymer electric heating floor heating module The way modules are built. Background technique [0002] Floor heating has become the mainstream heating method in China, but the traditional floor heating installation method is mostly on-site multi-layer composite, and the surface layer is poured with stone concrete as the load-bearing and heat transfer medium, which is inconvenient for construction, high energy consumption, and long thermal effect time. Moreover, polyurethane insulation material is selected, which has low temperature resistance, is easy to burn, and has harmful gases. The waterproof layer needs a plastic box, which cannot be combined...

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Problems solved by technology

[0002] Floor heating has become the mainstream heating method in China, but the traditional floor heating installation method is mostly on-site multi-layer composite, and the surface layer is poured with stone concrete as the load-bearing and heat transfer medium, which is inconvenient for construction, high energy consumption, and long thermal effect time. In addition, polyurethane insulation material is selected, which has low temperature resistance, is easy to burn, and has harmful gases. The waterproof layer needs a plastic box, which cannot be combined with the cement base. Electric current and electromagnetic fields are not easy to eliminate, which can easily cause unsafe hidden dangers such as leakage

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