Direct sales of carbon crystal electric heaters by electric heater manufacturers, carbon fiber electric heaters, and carbon crystal electric heating paintings

Description :

　　Advantages of electric heating

　　1. The heating element of the far-infrared carbon fiber electric heater adopts high-quality carbon fiber wire heating cable, and the heating principle is carbon molecule friction heating, which breaks away from the traditional resistance wire heating and achieves zero emissions and pollution-free green and environmentally friendly new materials.

　　The common use of coal-fired boilers for heating is the main factor causing air pollution in this area. Many cities in northern China use coal, causing serious environmental pollution in the region and leading to the failure of the annual Blue Sky Project plan. To completely change the current situation, only by changing the energy structure and adopting heating cables for heating should it be an indispensable solution.

　　2. Good heating effect and high heating rate.

　　The conversion rate of electrical energy to heat can reach over 98%, with no light consumption and almost all converted into thermal energy. The heating is uniform, the thermal hysteresis is small, the all aluminum shell is thickened, the heating is fast, and the far-infrared thermal radiation is excellent.

　　3. Highly controllable, truly achieving household, room, and area control, easy to operate.

　　The low-temperature radiation heating system with heating cables is simple and easy to implement in terms of manual and automatic programming control, which is conducive to energy conservation. Practical data has shown that energy consumption can be reduced by 20% -30% through temperature control and household metering measures in the heating system. The low-temperature radiation heating system with heating cables can be easily implemented in terms of household and room controllability, and its energy-saving effect is more significant in dual employee households and public buildings.

　　4. Abandoning the construction and investment of pipelines, pipe trenches, radiator fins, etc. has saved land and increased the usable area. According to statistics, it can save land and increase the usable area of buildings by about 3-5% each.

　　5. No need for water, not afraid of freezing, turn on when in use, turn off when not in use, which is more conducive to energy-saving intermittent heating in buildings.

　　6. Comfortable and cozy, not occupying walls, beneficial for building decoration and renovation.

　　Currently, many households choose electric heating as a heating method during winter. Electric heating is a broad term, including commonly used electric underfloor heating, air conditioning, wall mounted boilers, and small sunshades. There are many types of electric heating, each with its own advantages. Overall, electric heating is more convenient to use, environmentally friendly, and clean.

　　Specifically:

　　(1) Low carbon energy: clean and renewable heating energy

　　Compared to heating energy sources such as coal, natural gas, straw, and wood, electric energy, as a promising heating energy source, is flourishing with the rise of new energy sources such as solar energy, wind energy, hydro energy, and nuclear energy. The electricity provided by new energy to humanity is clean, renewable, and truly low-carbon or even "zero" carbon energy.

　　(2) Low carbon conversion: high heat conversion efficiency for heating

　　Compared to traditional heating methods, the thermal conversion rate of electric heating systems is as high as 98.68%, which can greatly reduce energy loss during the conversion and transmission process.

　　(3) Low carbon emissions: zero emissions of pollutants such as exhaust gas

　　Compared to traditional heating methods, using electricity as heating energy does not require the construction of boiler rooms, coal storage, ash stacking, pipeline networks, and other facilities, saving land and not producing pollutants such as exhaust gas, wastewater, and waste. As a result, the emissions of exhaust gas and other pollutants are directly reduced to zero. At the same time, even if coal is used as the energy source for power generation, it can promote and improve the scale and intensity of coal power generation, save and reduce energy losses and vehicle pollution during coal transportation, thereby reducing carbon emissions as a whole and strengthening the low-carbon nature of energy use.

　　(4) Low carbon lifestyle: designed in line with human ergonomics, comfortable and intelligent

　　Compared to point heating systems represented by radiators, air conditioners, and electric heaters, and line heating systems represented by heating cables, the new generation of electric heating systems represented by electric heating film and high-frequency electromagnetic heating are very suitable for people's livable needs of keeping their heads warm and their bodies comfortable in activity spaces. Specifically, this unique heating method makes people feel that the indoor temperature is uniform, fresh, comfortable, and quiet, without the dryness and stuffiness caused by traditional heating, and without causing indoor dust floating due to airflow. Electric heating film and high-frequency electromagnetic heating not only heat the indoor air, but also the far-infrared external waves emitted by the system have functions such as regulating immunity and delaying aging in the human body. The bottom-up heating process conforms to the principle of warming feet and heads in human health. In addition, the intelligent temperature control function can allow people to warm up freely, promote energy-saving behavior, and open up a new generation of humanized low-carbon life.

　　(5) Low carbon economy: effectively promoting building energy efficiency and generating revenue from low valley electricity

　　The use of electric heating film and high-frequency electromagnetic heating heating systems is based on building energy conservation. Therefore, the vigorous promotion and widespread use of this emerging heating method has directly promoted the strict inspection and implementation of 65% of the national statutory building energy efficiency standards, and thus promoted the development of low-carbon buildings in China. Furthermore, from the perspective of power balance, there is a significant difference between peak electricity consumption and nighttime electricity consumption, resulting in wastage of nighttime electricity. Fully utilizing low valley electricity can not only increase the country's low valley electricity revenue, but also reduce power generation costs, stabilize electricity prices, save energy, and promote the low-carbon use of electricity energy.

AfterSalesService :

• Electric heater manufacturer