High temperature furnace body energy-saving gospel high temperature far infrared radiation coating

China Paint Network
News: industrial kilns, furnaces, boilers, usually burning operating temperature of more than 1000 degrees C high temperature, furnace structure materials are mainly a variety of refractable materials such as high brick, quartz sand, clay brick, pouring materials Ceramic fibers, etc., are not only structural materials of furnace bodies, but also participate in the process of radiation heat exchange, their thermal radiation properties and insulation properties determine the thermal efficiency of furnaces, which makes it difficult for a single material to meet the requirements of strong structural, high insulation and high radiation. Studying the law and application of thermal radiation is of great significance to the energy saving of furnaces. It is very important for the reasonable design of heat transmission in the furnace, and it is more macro-promoting for energy saving and emission reduction. High temperature radiation energy saving
coating
according to a variety of substances on the spectrum, thermal reflection and absorption laws and the basic laws of radiation research, fully absorb, reflect and radiation synergies between the selection of special process modified nanomaterials made, cured to form a structure with thermal high radiation energy coating film.
Beijing Zhisheng Weihua Chemical Co., Ltd. in response to the above-mentioned difficulties, after thousands of tests and specific furnace body use proof, Zhisheng Weihua researchers spontaneously developed ZS-1061 high temperature far infrared radiation coatings: high temperature, strong radiation rate, corrosion resistance and high Wear resistance, for the high temperature furnace body to bring good news, through the coating of infrared radiation, improve the furnace heat exchange conditions, improve the combustion temperature and uniformity in the furnace, so that fuel combustion more fully, to achieve heating efficiency, improve furnace temperature, energy saving and protection of the furnace wall extended the use of the furnace lining time.
When the operating temperature of the furnace is 700 degrees C, the heat transfer is mainly radiation (more than 90%), using this product, the radiation rate of the furnace body at high temperature increased from 0.35 to 0.88, the surface of the furnace absorbed a large increase in heat, the far infrared radiation coating at high temperature radiation rate of 96%, so that the temperature of the furnace body significantly increased. Beijing Zhisheng Weihua 1061 high temperature-resistant far-infrared radiation coating ZS is a high temperature (temperature can reach 1700 degrees C), strong radiation rate (0.95), corrosion resistance and high wear resistance of special features energy-saving coatings, Through the coating infrared radiation, improve the heat exchange in the furnace, improve the temperature field strength and uniformity in the furnace, make the fuel combustion more fully, increase the thermal efficiency, greatly improve the thermal efficiency of refrater-resistant materials, reduce energy consumption, save energy and extend the life of the lining in the furnace. The strong radiation material contained in the coating radiates the far-infrared wave with strong penetration at high temperature, which makes the absorbing wave of the heated object molecules produce energy-stage jump, absorb energy evenly heated, reduce heating time and fully save energy.
ZS-1061 high temperature far infrared radiation coating, safe and non-polluting, energy saving and consumption reduction effect is significant and high temperature, chemical stability is excellent, resistant to all kinds of atmosphere corrosion, has excellent thermal radiation performance, radiation intensity and high replacement rate, good anti-flush performance, fully protect the furnace lining surface, high temperature to maintain the surface flat, smooth. It is suitable for all kinds of craft ring type and other treatment furnaces, forging furnaces, boiler locomotives, rolling steel heating furnaces, re-forming hydrogenation furnaces, cracking furnaces and other high-temperature heating devices of the furnace lining surface.