Carbon fiber floor heating uses electricity and obtains heat through Brownian motion of carbon fiber molecules. This heating method makes full use of three heat transfer methods: heat conduction, heat convection and heat radiation. Carbon fiber is made of natural fiber or artificial organic chemical fiber by carbonization.
Its main component is carbon atoms, and another remarkable structure of carbon fiber is developed specific surface area and abundant micropores. Raw materials mainly rely on imported products from Japan and South Korea.
Carbon fiber is a new material with electrical conductivity, high strength, low density, corrosion resistance and high temperature resistance. Carbon fiber and carbon fiber composites can replace aluminum alloy and other metals to manufacture aircraft with high thrust, low noise and low energy consumption. They are widely used in the aerospace field. Plastic glass, ceramics and metals reinforced with carbon fiber have excellent electrical, thermal and mechanical properties. They are widely used in chemical, mechanical and aviation fields to replace steel and alloys.
The electrothermal conversion rate of carbon fiber used in heating field is over 98%, which is a new heating material with energy saving, environmental protection and safety, and is listed as one of the recommended energy saving materials by the national energy saving plan. As an electric heater, it has many excellent properties that metal, TC and other heating elements can't match.
Similarly, carbon-based electric floor heating system has the following advantages: rapid temperature rise; The electrothermal conversion efficiency is high, saving electric energy; Environmental protection, no noise and no pollutant emission in the whole heating process; High tensile strength and light weight; Good chemical stability and long service life; When carbon fiber is heated, it releases a lot of far infrared rays, which has the function of physical therapy and health care.