Thin fiber radiator using the most sophisticated heating element copper-nickel alloy is heated, it is the use of copper-nickel alloy wire wound spiral winding process for surface cooling in the above fiber and fiber thermal conductivity, temperature up to 200 ℃ and then use silicone rubber insulation package, so we'll call this the heating mode fiber fever. Heating the fiber thin film using an alloyed steel through the whole stamping integrated molding, and made into a thickness of 1.5CM cavity, the optical fiber uniformly heating member disposed within the cavity, and then carried out using the flame retarded polyurethane foam hopper. Thus forming the integrated manufacture of fiber-optic thin radiator. Advantages of products: 1, the overall stamping injection foam material, the product does not use a screw without a rivet. Industrial design to achieve safe and reliable. 2, the thickness of only 1.5CM thickness, is the world's thinnest industrial production of radiators 3, using mature international copper nickel alloy wire for production life of up to 10 years 4, the front is alloyed steel, the cavity is retardant polyurethane, a ground wire, which ensure the absolute safety of the product 5, the overall foaming process, cut off from the air, reducing the use of the product in the future may be oxidized 6, the overall weight of only 3KG, done that light 7 and thin surface using the most environmentally friendly longest life quality UV curing ink painting, no formaldehyde release. 8, the surface used in inkjet Nano Crystal Coat, not only smooth surface, and increased quality of life. Products currently on the market with the popular carbon crystal plate a few relatively safe ground: Our people-oriented product design departure from the design of the safety ground wire, which greatly protect the safety of the product in use, but the market must Most of the carbon crystal plate is no ground. 2, using 30,000 hours, power attenuation does not exceed 2%, the main heating carbon crystal plate principle is to use carbon resistor type were fever, a common international practice is used to heat the material currently below 60 ℃ because In over 60 ℃ environments, its power will be greatly attenuated, so the carbon crystal plate on the market often we see a good first year, second year, is not feeling the heat, this is the power greatly attenuated some even up to 60% the proportion of decay. That year, next year is only 500W 200W, although not bad, but it has not achieve the heating effect. 3, not afraid of moisture and harsh environments. We continuous power 100 days will still work in the experimentation process is completely immersed in water in the bathroom, etc. So this wet and harsh environments without having to worry about the safety of the products in question, while the carbon crystal plate prone to problems in humid environments trip, leakage is frequently encountered problems. 4, fire performance, the carbon crystal plate in case of failure of the circuit can easily cause a fire, and the use of our product front plate on the back using fire-retardant polyurethane, even if there is a circuit failure, they would never have a house on fire hazards. 5, heating the material oxidation problems, fear of aging heating the material is air oxidation, our heating plate is used in the overall package of injection material stamping process. In such a process, the air is completely isolated from the outside of our products, so there is no problem in the use of oxidation. 6, from the dark problem, the carbon crystal plate is a layer of epoxy boards, in the long-term use of the heating process, when we bought the picture is a compact, but often after one year, the picture will appear bulging phenomenon, change is not so beautiful up. Our front is a layer of steel, heat resistance steel we know very well, no matter how you use does not have this problem. So our products can be seen as a long-term crafts were furnished. 7, environmental issues, our product is completely encapsulated polyurethane front is alloyed steel, even in the heating process does not produce any pollution problems. And while we use the most environmentally friendly UV curing ink drawing of spray, which have greatly enhanced the environmental performance of the product. Product use, in addition to the initial release of the odor because the ink thinner, usually 48 hours after the odor. The carbon crystal plate is generally used epoxy resins, phenolic resins and some are even industrial resins, in the heating process can easily release toxic gases. 8, frameless design, our products are no borders, the current trend of the market, who have no use of the frame, while the carbon crystal plate either use the frame or by using pop rivets, relatively bulky. Industrial production of heating products, our product is the use of industrialized stamping, assembly lines, industrial foam injection material, while the carbon crystal plate is just one assembly, most of them are family workshops produced products, and we industrialization produced products are not comparable.