Coating classification: nano infrared energy saving coating

Core tip: Product Introduction: Nano infrared energy-saving coating is a kind of high radiation material which is made of high-quality anti-oxidation material by ultra-fine treatment Coating this material on the surface of lattice brick after surface treatment can improve the emissivity and heat storage capacity of lattice brick Principle: Due to the high furnace temperature, the heat transfer mode of industrial furnace is mainly radiation The fuel combustion transmits the heat to the workpiece and furnace lining in the way of radiation The radiation transmits the heat by transmitting electromagnetic wave, and the emission is directly proportional to the fourth power of absolute temperature The radiant heat transferred from the furnace lining to the workpiece takes up the total heat of the heated workpiece Which is the price of Dajin diatom mud Recommended brief introduction: which is the price of Dajin diatom mud? How to buy genuine diatom mud? Guangdong diatom mud agent suggests placing a basin of cold water in the air conditioning room, so that the diatom mud wall can breathe effectively The feature of the breathing wall is obvious When the indoor air is dry, the diatom mud wall will release the absorbed water quickly Put it out to help regulate the indoor dry humidity It is suggested to place a basin of cold water in the air conditioning room, so that the wall of diatom mud can breathe effectively The feature of the wall that can breathe is obvious When the indoor air is relatively dry, the wall of diatom mud will absorb the water Coating House News: Product Introduction: nano infrared energy-saving coating is a high radiation material made from high-quality anti-oxidation material through ultra-fine treatment Coating this material on the surface of lattice brick after surface treatment can improve the emissivity and heat storage capacity of lattice brick Principle: due to the high furnace temperature, the heat transfer mode of industrial furnace is mainly radiation The fuel combustion transmits the heat to the workpiece and furnace lining in the way of radiation The radiation transmits the heat by transmitting electromagnetic wave, and the emission is directly proportional to the fourth power of absolute temperature The radiant heat transferred from the lining to the workpiece accounts for 60% of the total heat of the heated workpiece It can be seen that the thermal efficiency of the kiln can be improved by enhancing the effective radiation of the lining to the workpiece Most of the high-temperature radiation energy is concentrated in the 1-5 μ M band, for example, at 1000 ℃ and 1300 ℃, 76% and 85% of the radiation energy will be concentrated in this band respectively, while the emissivity of ordinary refractories in this band is very low, which is harmful to the high-temperature radiation The infrared radiation coating can remedy this deficiency Scope of application: main uses: energy saving of boilers, industrial electric furnaces, soaking pits, ceramic kilns, heating furnaces, cracking furnaces, metallurgical hot blast furnaces, pelletizing shaft furnaces, rolling heating furnaces and other industrial furnaces in petrochemical industry Features: function: production process: construction steps: application: application mode 1: when using high absorption and high emissivity characteristics and high radiation cladding for lining of industrial furnaces such as steel rolling heating furnace and ceramic furnace, the heat absorption of lining increases (60% of the heat received by the heated object comes from the radiation of lining), and a large number of heat that cannot be transmitted out of the furnace wall in time will change to The heat with wavelength of 1 ~ 5 μ m radiates into the furnace The heat of 1 ~ 5 μ m wavelength is easily absorbed by workpieces such as billet, so the thermal efficiency of furnace is improved Application mode 2: when the high radiation cladding is applied to the outer wall of the boiler tube, the vertical flue of the coke oven and the partition wall of the carbonization chamber, due to the fast heat absorption, the heat absorption capacity of the outer wall of the boiler tube and the partition wall of the furnace is improved, and the thermal power of heat transfer to the water and the carbonization chamber is improved Application mode 3: high absorption, high heat storage, high emission and high heat release High radiation cladding is used for heat storage, such as lattice brick surfaces By strengthening radiation heat transfer, the surface temperature of the regenerator is increased, the temperature gradient inside and outside the regenerator is increased, the heat absorption rate and heat absorption rate are increased, and the heat release rate and heat release rate are also increased, so the hot air temperature is increased Home of coatings is specialized in coatings, diatom mud, paint coating, coating technology, fire retardant coating news and coating, diatom mud, paint coating, coating technology, fire retardant coating decoration knowledge and decoration renderings,