Novel carbon fiber composite electric heating film and preparation method thereof

Abstract

The invention discloses a novel carbon fiber composite electric heating film which comprises a conductive carbon fiber layer, wherein the conductive carbon fiber layer is of a meshy structure weaved by carbon fibers, two ends of the conductive carbon fiber layer are connected with metal electrodes, and the conductive carbon fiber layer is entirely cladded by an insulated heat conduction plastic film to form a laminated structure. The carbon fiber electric heating film provided by the invention is resistant of high temperature and not easy to oxidize; and the outer-layer heat conduction plastic of the carbon fiber electric heating film is an insulated material and can resist high temperature of 300 DEG C and high voltage; and therefore, the carbon fiber electric heating film provided by the invention has extremely high safety and can be guaranteed to be used for over 50 years. The carbon fibers supply heat to the external environment in an infrared irradiation mode, is free of dust, noise, wastes and waste gases and is basically free of electromagnetic irradiation. The invention has the advantages of concise preparation process, low cost, energy source saving and eco-environmental protection and accords with the environment protection and energy source development directions.

Description

[0001] technical field [0002] The invention relates to a novel carbon fiber composite electrothermal film and a preparation method thereof. Background technique [0003] With the continuous improvement of people's living standards, people's requirements for the living environment must not only meet the basic living conditions, but also create a comfortable and comfortable living environment, thus putting forward higher requirements for the indoor environment. The environment meets the requirements of temperature, humidity, indoor wind speed, and pollutant concentration and is controlled within a certain range. At present, most domestic heating systems use fuel boilers as heat sources to produce low-temperature hot water, which is transported to indoor cooling equipment through outdoor pipe networks to form a heating system. With the continuous development of the national economy and modernization, the system is increasingly exposed to some disadvantages. First, it is a ...

AI Technical Summary

Problems solved by technology

With the continuous development of the national economy and modernization, the system is increasingly exposed to some disadvantages. First, it is a waste of energy and resources, such as coal resources, water resources and heat energy lost in the transmission process.

followed by polluting the environment

The third is that heat supply is difficult to measure and heat supply fee collection is difficult

Carbon fiber far-infrared electric heating film Compared with the conventional radiator heating mainly based on convection heat dissipation, the floor radiation heating system with carbon fiber as the heating element has unique characteristics such as uniform indoor temperature distribution, good comfort, cleanliness, energy saving and convenient measurement. Advantages, there are also thermal insulation products using carbon fiber electric heating film on the market, but these products have problems such as low electrothermal conversion efficiency, unsatisfactory heat transfer efficiency, short service life, and potential safety hazards.

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