Infrared high-temperature nano-ceramic coating300MWApplications on Boiler Units
Xuchang Infrared Technology Research Institute Co., Ltd. is located on Yongxing East Road in the Xuchang High-Tech Development Zone (Zhongyuan Electric Valley), Henan Province. It was formerly known as the Xuchang Infrared Technology Research Institute and is currently one of the influential infrared heating research institutions in China. The Infrared Institute has undertaken over 40 national, provincial, and municipal scientific research projects over the years, winning more than a dozen scientific research achievements at various levels. Among them are infrared non-ferrous metal melting technology, infrared ceramic tunnel kilns, direct-heat infrared radiation panels, high-temperature infrared radiation coatings, and other products. The infrared fur drying machine, infrared static flocking drying equipment set, and transferable flocking machine have been awarded the Second Prize of Henan Province Science and Technology Achievement, provincial and municipal high-tech products, national utility model patent, and invention patent. Additionally,“Solar Concentrated Heating Project” 、“Infrared radiation pipeline heating unit”、“Rapid infrared radiant heating unit”All have won the Second Prize in Municipal Science and Technology Achievements. Infrared self-control variable-temperature furnaces, direct-heat infrared components,XWGTModel High Temperature Infrared Radiation Coating88Named as a recommended energy-saving project in Henan Province annually, and awarded the Third Prize for Technological Progress in Xuchang City.2002In the year, we developed and produced nanometer low-temperature infrared radiation coatings.
Through a certain300MWBoiler heat surface tubes coated with high-temperature nano-ceramic coating,Addressing the issue of fouling and slagging during boiler operation,Wear,High-temperature corrosion issues,And from energy-saving,Economic,Safety,An analysis of the impact of high-temperature nano-ceramic coating on boilers from an environmental and other perspectives.The results show:Boiler heating surface tubes have enhanced resistance to high-temperature corrosion and fouling and scaling.,Boiler operation safety,Economic efficiency has been enhanced.,And offers certain environmental benefits.. Energy-saving rate:5%-20%
Industrial boilers and kilns are widely used and numerous in enterprises, with low utilization efficiency and significant energy consumption waste, presenting a vast potential for energy saving. Far-infrared energy-saving coatings are extensively applied in various industries such as power plants, steel, urban heating, and chemicals in Europe and America, covering a range of industrial boilers and kilns including electric furnaces, heating furnaces, annealing furnaces, hot air furnaces, coal powder furnaces, fluidized bed furnaces, and chain furnaces that run on coal, oil, gas, or electricity. They demonstrate remarkable energy-saving effects and are highly recommended!
Xuchang Infrared Institute's developed and produced far-infrared energy-saving coatings have global performance.lFirstly, currently, far-infrared energy-saving coatings are applied to the inner walls of furnace kilns, which can increase the blackness of the inner walls, enhance the absorption and emission rates of the refractory lining for infrared radiation, and ensure uniformity in the radiation and temperature fields. This alters the infrared heating spectrum, improving the refractory lining's performance.1-5umBandwidth, enhance effective absorption for workpieces or radiating surfaces. Significantly enhance the heat exchange process within the furnace, rapidly heating the workpieces, shorten the production cycle, and improve the thermal efficiency of the furnace. Capable of reducing the surface temperature of the kiln.5-45℃Increase the temperature inside the furnace.20-150℃Low energy efficiency ratio5%Above, and can extend the service life of the furnace body and refractory insulation materials.2-5Our infrared high-temperature radiation coatings for industrial furnaces have now developed a series that accommodates various operating temperatures (high, medium, and low-temperature furnaces) and different substrates of furnace linings (such as: acidic, alkaline, neutral, lightweight, heavy-duty refractory bricks, castables, and refractory fibers). This series meets the broad needs of various industrial furnaces and boilers in the metallurgy, chemical, petroleum, machinery, and ceramic industries.
Xuchang Infrared Institute will continue to focus on the research and development of infrared radiation heating technology to enhance safety.qEfficiency, reliability, and system lifespan, providing for you,zPure infrared heating technology solutions.
