Far-Infrared Heating Plate

    The Xuchang Infrared Technology Research Institute Co., Ltd. is located on Yongxing East Road, Xuchang New & High-tech Development Zone (Zhongyuan Electrical Valley), Henan Province. Its predecessor was the Xuchang Infrared Technology Research Institute, and it is currently one of the influential infrared heating research institutions in China. Far infrared heating plate, also known as far infrared heater or far infrared heating element, is a type of heating plate. Far-Infrared Heating Plates, also known as Far-Infrared Heaters, Far-Infrared Electric Heaters, Infrared Electric Heating Plates, Infrared Electric Heater, etc. The energy-saving of the far-infrared heater is achieved by the electric heat paint forming a solid coating on the heater's radiant surface. This coating, due to its high surface blackness, absorbs a large amount of radiant heat energy, and because of its high emission rate, converts the absorbed radiant heat energy into far-infrared heat energy easily absorbed by objects, transmitted in the form of electromagnetic waves..Micron-level electric heat paint coatings have thick layers, high thermal resistance, and high reflectivity. Used on oven panel surfaces, they convert lost heat energy into far-infrared heat energy radiated into the oven as electromagnetic waves, which is absorbed by the heated objects inside without being easily absorbed by moisture. This retains heat energy within the oven, reducing moisture exhaust temperature and increasing oven temperature, maximizing the utilization of the oven's internal temperature..Nano-grade electrically heated coating has a thin coating and low thermal resistance, suitable for metal surfaces subject to heat conduction in ovens. During the heat transfer process, this coating layer not only converts absorbed radiant heat energy into far-infrared heat energy for transmission, but also becomes a far-infrared radiant heat source itself. Moreover, due to the increased surface temperature, it results in a temperature gradient.zIncreased size enhances the thermal conductivity of the heated object, significantly boosting its heat absorption capacity. In summary, the direct effect of converting radiant heat energy into far infrared heat energy through electric heat coatings is: it raises the oven's temperature, lowers the temperature of moisture loss, accelerates the heat absorption rate of the heated object; reduces heat loss, achieving energy-saving goals. It is made by uniformly mixing various materials and then sintered at high temperatures. The heating element and far-infrared radiation material are integrated into one, with no toxicity. It heats up faster than radiant elements with indirect heating. Compared to coated infrared radiation elements, it also has the advantages of non-detaching infrared materials and a longer lifespan. Its radiation spectrum is wide and efficient, thus exhibiting significant energy-saving properties, while also enhancing the quality of the heated (baked) item. 　　 Far-Infrared Heating Plate1.Radiation Characteristics: Component's**Monochromatic Radiation Rate0.9, Normalized radiative emittance greater than0.83.2.Hot Response Time: Time it takes for the room temperature to reach a constant surface temperature of the radiant panel is no more than20Minute.3.Cold and heat resistance: No peeling or cracking after five cycles of cold and heat alternation tests.4.Radiation surface temperature non-uniformity:≤15％5.Power Tolerance: Under rated working voltage≤5％6.Cold state insulation resistance:500VMegohmmeter>2mΩ7.Hot state insulation resistance:500VMegohmmeter>0.5mΩ8.Service Life>3000Hour One, Energy-saving and Power-saving: The core heating material is made of carbon fiber heating material, widely used in aviation and aerospace fields.3Instant heat generation, electrical heat conversion rate98Over %, and due to the special heating material added in between, the product heats up on one side only, resulting in lower energy consumption and operating costs. Section 2: Disease Prevention**Carbon fiber heating materials are widely recognized as far infrared, and far infrared can accelerate the metabolism of tissue and cells in humans and animals, allowing harmful metabolic substances and toxins to be cleared in a timely manner. Therefore, in the academic field, they are hailed as“Life's Light”This product ensures even heat dissipation with minimal temperature differences, barely altering the humidity within the facility, and has a certain effect on disease prevention and growth promotion. Three: Long lifespan: The core heating material used, which is widely utilized in the aviation and aerospace industries, is carbon fiber heating material. The lifespan of the heating component can reach30Over 1 year. 　　 Four, AnqDurable: This product is made from advanced waterproof and fire-resistant materials through a single composite molding technique, offering high strength, resistance to foot traffic and pressure, strong insulation, washable, maintenance-free, and boasts a long service life. Five, Quiet and Environmental-Friendly: The far infrared multi-functional heating plate system operates without electromagnetic waves, harmful radiation, or noise, and without dust and fibers brought by air convection, ensuring poultry...**Well-established environment. Six: Aesthetically Pleasing: The far-infrared multi-functional heating plate utilizes a new type of material, which is not only environmentally friendly but also aesthetically pleasing, with flexible dimensions that can be customized to customer requirements. If used as a pet heating pad, it can be further beautified. Xuchang Infrared Institute will continue to maintain its research and development in infrared radiation heating technology to enhance safety.qEfficiency, reliability, and system lifespan, delivering the real for you, providing the true.zInfrared Heating Technology Solutions