Laying method of nano carbon crystal water heating modules

Abstract

The invention discloses a laying method of nano carbon crystal water heating modules, and belongs to the technical field of floor heating equipment. The method comprises the following steps that multiple sets of keels parallel to one another are installed on a cement floor; then a floor heating heat reflecting film is laid between the keels; then, the nano carbon crystal water heating modules arelaid between the keels and on the floor heating reflecting film; then nailing and fixing are carried out; then, floor heating pipes are embedded into grooves of the nano carbon crystal water heating modules; an aluminum tape is pasted, the floor heating pipes are sealed; then, a non-woven fabric layer is laid, and the nano carbon crystal water heating modules are packaged; finally, supporting facilities such as a floor, a boiler, a temperature control panel and an electromagnetic valve are installed. According to the laying method of the nano carbon crystal water heating modules, water heatingpipes are adopted to replace an electric heating device, due to the fact that the specific heat capacity of water is relatively large, the temperature rising process is softer, the heat preservationtime is longer, the influence on the humidity of air is small, and the problems of heat energy superposition, power capacity increase, infrared radiation, comfort and the like caused by traditional electric floor heating are solved.

Description

technical field [0001] The invention belongs to the technical field of floor heating equipment, in particular to a laying method of a nano-carbon crystal water heating module. Background technique [0002] The existing central heating method needs to consume a lot of financial and material resources in the installation of the heating system, and the heat loss is relatively serious during the transmission process. Moreover, in most parts of the south, considering the climate, cost and other reasons, it is impossible to use the central heating system as a Heating method. The electric heating system, for example, directly installs electric heating elements (heating cables, carbon crystal plates, electric heating plates) under the floor for use, with its advantages of flexibility, easy adjustment, convenience, independence, and strong operability. [0003] However, after many years of research by the applicant, it was found that the electric heating system has the following pro...

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Problems solved by technology

[0003] However, after many years of research by the applicant, it was found that the electric heating system has the following problems: 1. Thermal energy superposition, that is, the temperature in the area close to the heating film is high, while the temperature in the temperature measurement area is low, resulting in uneven heating of the entire floor heating, serious 2. When the power supply is increased, due to the large resistance of the heating element, the required starting power is large during the start-up process, which will cause great damage to the power line; 3. 3. Electromagnetic radiation , During the heating process of the electric heating element, a large amount of electromagnetic radiation will be generated, which will be absorbed by the skin. When exposed to infrared radiation for a long time, it will lead to increased skin pigmentation, skin diseases, and even penetrate into the subcutaneous tissue, causing irreversible damage to the body. 4. There is a problem with comfort. Because the heating rate of the electric heating element is too fast, the heating of the floor heating is uneven, resulting in the condensation of water vapor in the air, and the dryness of the indoor air causes discomfort to the human body.

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