Graphene is known as “black gold” and “the king of new materials”, with extremely high strength, good electrical conductivity and thermal conductivity. These characteristics make graphene in the heating equipment to achieve efficient energy conversion, the rapid conversion of electrical energy into heat, greatly improving the heating efficiency.
The Nobel Prize in Physics is a proof of the importance and value of graphene in the field of science. The application in the field of heating not only brings people a more comfortable and efficient heating experience, but also brings new opportunities and challenges for the development of the heating industry.
Graphene electric floor heating has a delicate structural design, which usually consists of graphene heating film, thermal insulation layer, reflective layer, etc. The overall thickness is thin, which seldom occupies the height of the indoor surface, and saves space to the greatest extent. This is especially important for homes with limited space, which does not give people a sense of oppression, but also keeps the interior clean and beautiful.
Installing graphene underfloor heating in a 100 square meter home requires only two installers. This is a significant reduction in labor requirements compared to traditional heating methods. Traditional plumbing installations may require more workers to be involved and also require a professional plumbing engineer to design and construct the installation, making the installation process complex and cumbersome.
With only one day to complete the installation, the shorter duration means it can be up and running sooner, allowing users to enjoy the warmth as soon as possible during the cold season. For those users who are in a hurry to move in or have strict requirements for the construction period, JIJUKE graphene electric floor heating is undoubtedly an ideal choice!
As graphene has excellent electrical and thermal conductivity, it makes the electric energy conversion process extremely efficient. The heat generated in the form of far-infrared light waves radiate outward, far-infrared is a kind of electromagnetic wave with a specific wavelength, like sunlight will be transmitted to the object heat, to achieve rapid warming. This heating method avoids the process of heating the air before transferring heat in the traditional heating method, which greatly improves the efficiency of energy utilization.
Each area of graphene floor heating is independently temperature controlled, and users can adjust the temperature of each room according to their needs. This independent temperature control is very flexible and can meet the heating needs of different users at different times and in different rooms!
Graphene floor heating with its far-infrared heating and independent temperature control features, for the user to bring energy-saving and power-saving, excellent heating, flexible and convenient heating experience. In the future heating market, JIJUKE graphene floor heating is expected to become the first choice of more and more users.
Graphene floor heating system has good stability, thanks to its advanced graphene material characteristics and reasonable design. Graphene material itself has the advantages of stable structure and stable chemical properties. In the electric floor heating system, the connection and synergy between the components are optimized and designed by our factory division, which can adapt to a variety of environmental conditions, and is not easy to cause failure problems due to the internal instability of the system during daily use. During the heat generation process, no open fire or harmful radiation will be generated, which will not pose potential safety threats to the indoor environment and occupants. At the same time, the products undergo strict quality testing and safety certification in the production process, in line with national certification safety standards.
In terms of engineering, graphene floor heating has significant advantages. Its installation is relatively easy and fast, which can shorten the construction cycle and reduce labor costs. At the same time, the characteristics of long life and low maintenance cost make the long-term maintenance cost of the project significantly reduced, and the stable performance and good heating effect can also protect the quality of the project, enhance the reputation of the engineering party and market competitiveness.
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