Infrared high-temperature thermal conductive paint
Xuchang Infrared Technology Research Institute Co., Ltd. is located on Yongxing East Road, High-tech Development Zone of Xuchang, Henan (Zhongyuan Electrical Valley), with its predecessor being the Xuchang Infrared Technology Research Institute. It is one of the influential infrared heating research institutions in China. Our institute has been1979Year10Since its inception each month, adhering to“Highlight strengths, rigorously focus on quality, strengthen service, strive for excellence”Guided by our philosophy, Xuchang Infrared Institute has developed and produced a range of advanced infrared products, thanks to our strong technical capabilities, high-quality staff, and a spirit of innovation. Our main products include: infrared radiation coatings, powder coating curing ovens, far-infrared energy-saving coatings, infrared radiation (absorption) coatings, infrared heating elements, infrared radiation heating modules (plates), infrared radiation heating furnaces (boxes), and rapid infrared radiation heaters, etc.gEnd infrared heating experimental equipment, series of infrared heating controllers, etc.
I have developedXWGTInfrared radiation surface material, which utilizes the property of havingjNano-sized ceramic powder with high emission rate and modified adhesive with excellent thermal resistance, finely processed through thorough dispersion and grinding. Widely applicable in metal melting, metal treatment, paint baking, food processing, kitchen appliances, leather making, wood processing, automotive manufacturing, and heating equipment for instruments, suitable for temperatures ranging from room temperature to1450℃Thermal-resistant fibers and refractory materials, which can be applied by spraying or brushing onto the outer surface of the heating element or the inner wall of the heating furnace, have been tested and certified by the national standards.jInfrared Product Inspection and TestingzHeartbeat detection, all technical indicators meet or exceed national standards.jStandard. After being applied by multiple companies, the overall energy-saving effect of this surface material can reach25－30%. Utilizing this series of products can reduce warming-up time, save energy and reduce consumption, enhance temperature, and prolong the service life of heating elements, and is safe to use.qwwThermal Conductive Coating for High-Temperature EquipmentgHigh-efficiency thermal conductivity energy-saving and environmentally friendly products, which can be directly sprayed on the surfaces of various high-temperature thermal conductors, enhance the thermal conductivity of the conductors. For instance, when applied to the surface of steam boiler water-cooled wall pipes, it forms a hard ceramic glaze shell, protecting the furnace body, extending its lifespan, improving the thermal conductivity of the water-cooled wall, and thereby saving fuel. It significantly enhances the heat transfer effect inside the furnace, reduces black oil emissions, and conserves fuel consumption.5%~30%, suitable for a variety of working temperatures1400For operation below Celsius. High-temperature thermal conductive coatings are divided into150℃The following low-temperature and high-temperature resistant1400℃Two types.
Thermal Conductive Coating Overview - A high-temperature resistant coating for equipment operating at elevated temperatures.gHigh-efficiency thermal conductivity energy-saving and environmentally friendly products, which can be directly sprayed on the surfaces of various high-temperature thermal conductors, enhance the thermal conductivity of the conductors. For instance, applying it to the surface of steam boiler water-cooled wall pipes forms a hard ceramic glaze shell, protecting the furnace body, extending its service life, improving the thermal conductivity of the water-cooled wall, and thereby saving fuel. It significantly enhances the heat transfer effect inside the furnace, reduces black oil emissions, and conserves fuel consumption.5%~30%Suitable for various working temperatures in1400For operation below Celsius. High-temperature thermal conductivity coatings are categorized as follows:150℃Below are low-temperature type and high-temperature resistant1400℃Two types.
Infrared high-temperature thermal conductive coatings contain various infrared radiation materials, boasting high infrared radiation spectral emission rates and excellent technical properties across the far infrared, mid-infrared, and near-infrared bands. Coating these on thermal conductors yields significant energy-saving effects, enhancing radiation heat transfer capabilities and reducing heat loss.
An infrared high-temperature thermal conductive coating, consisting of refractory powder, transition metal oxides, zirconia, silicate refractory materials, high-temperature doped solid solutions, and suspending agents, forms a thick suspension fluid. It is sprayed onto the surface of the thermal conductor to create0.3~0.5mmThe coating is a new type of energy-saving material. Applying this coating to high-temperature heat-conducting pipes can save fuel, protect the surface of the pipes, extend their service life, enhance their thermal efficiency, shorten heating time, increase the heating speed of the heated components, and improve work efficiency.
Simultaneously, rare earth element oxides(AsY2O3)The addition enhances the reactivity of the reactants and is an optimal material for doping and stabilizing the coating structure. Performance characteristics:
The coating structure is dense, protecting the substrate with excellent wear and corrosion resistance.
Strong adhesion to the matrix, the coating penetrates to form a transition layer and the structure of the coating, with resistance to mechanical and thermal shocks.
High tensile strength, wear and corrosion resistant, and heat resistant.
Enhance the darkness of the paint, making it more absorbent in the wavelength2.5-15μmThe spectral range, emission rates all0.93Above, the blackening agent has been stabilized, enhancing its anti-aging properties and significantly extending the lifespan of the coating. Paint parameters Infrared Wavelength Average Emissivity>0.93 Operating Temperature≮1400℃ Wet Density1.8~2.2g/cm3 Viscosity≥20S Shelf Life12month Adhesion1Grade Theoretical Usage2square meters/1kg Hardness8h Adhesion Strength 6.5Mp High temperature resistance, good corrosion resistance, oil resistance, immersion-proof70#Gasoline, one year, no change.
Application Range: Long-Term Working Temperature:-30~1400℃;
Coating Functions(1)Boiler inner wall:Enhanced water-cooled wall heat absorption and improved thermal conductivity, achieving coal-saving in large-scale boilers6%The above;Small boiler coal-saving amount8%The above;(2)Ceramic heat-conducting tubes, electric heating wires, thermal conductive metals, enhanced heat conduction speed20%Infrared high-temperature ceramic powder coating material is a material that forms an infrared high-temperature ceramic coating through a chemical reaction. The color of this infrared high-temperature ceramic powder is silver gray, and it contains various inorganic materials such as silicon, aluminum, titanium, and oxygen. This infrared ceramic powder can be either infrared ceramic powder or infrared high-temperature ceramic powder coating material. If researchers wish to use the ceramic powder, they can simply mix the ceramic powder with their high-temperature coating or adhesive, and apply it to the surface of metal or ceramic. At a temperature of400At temperatures above a certain degree, high-temperature ceramic powders undergo internal reactions, forming dense coated materials on metal or ceramic surfaces with several metallic compounds. They can withstand temperatures of several thousand degrees, while also being resistant to friction and having high hardness.XWGTModel High-Temperature Infrared Radiant 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 nano-low-temperature infrared radiation coatings.
