Infrared-resistant high-temperature silicone coating
The Xuchang Infrared Technology Research Institute Co., Ltd. is located on Yongxing East Road, in the Xuchang High-Tech Industrial Development Zone (Zhongyuan Electrical Valley) of 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.
I am from1979Year10Since our inception last month, adhering to“Highlight strengths, rigorously focus on quality, strengthen services, strive to create onel”With robust technical strength, a highly qualified workforce, and a spirit of innovation, Xuchang Infrared Institute has developed and produced a series of domesticallyjFirst-generation horizontal infrared products. Main products include: series of infrared radiation (absorption) coatings, infrared heating elements, infrared radiation heating modules (plates), infrared radiation heating ovens (boxes), rapid infrared radiation heaters, seriesgEnd infrared heating experimental equipment, series of infrared heating controllers, etc.
This paint is a high-performance infrared heat-resistant coating, which, after forming a film, exhibits excellent sealing properties. The product is capable of...(Color appearance)Durable 250 - 800 ℃High temperature.
Suitable for all high-temperature environments, protecting against erosion by high-temperature corrosive media. Such as engine casings, chimneys, exhaust pipes, heat exchangers, etc. Film appearance: Smooth coating film..Impact resistance in kg/centimeters50.Adhesion(Circle marking method)Grade20.Drying Time:Drying table(h)< 0.5.
(1):The surface of the object must be cleaned thoroughly of dust, oil, weld slag, rust, and old paint film prior to painting. , Steel Sheet Surface to be grit blasted and shot blasted. Sa2.5Grade Surface repair requires sanding to a local area St3 Keep moisture out during construction.
(2):This material can be applied after a single-component mixture is well blended. The ratio for two-component coatings is. The mixing ratio for two-component application is:Open the A component wide open, add the B component to the A component, and stir thoroughly. Even. Ready for painting.
(3):Paint too thick, can be thinned with diluent. Unused materials must be sealed and stored.
(4):Overcast weather or relative humidity above 75% When applicable, construction should cease.
(5):Products should be stored in a cool and dry place.,Prevent direct sunlight exposure , Isolate ignition sources , Keep away from heat sources.
(6):Shelf life is 12 months. , After expiration, all technical indicators should be inspected. , As per target requirements , Continue to use.
Infrared high-temperature paint, also known as infrared high-temperature varnish, infrared high-temperature paint, and infrared heat-resistant paint, is divided into organic silicon and inorganic silicon high-temperature paint series. Infrared high-temperature paint,As the name implies, it is paint that can withstand high-temperature oxidation and corrosion from other media.
Infrared silicone high-temperature paint offers protective features including corrosion, waterproofing, oil resistance, chemical resistance, lightfastness, and temperature resistance. Exposure to the atmosphere leads to erosion by oxygen and moisture, resulting in metal rust, wood decay, and concrete weathering. Applying paint to the surface forms a protective layer that can prevent or delay these destructive processes, thereby extending the lifespan of various materials.
Infrared silicone high-temperature paint Paint Painting Application Reference:High-temperature resistant silicone paint Ensure the base material is clean before applying paint coatings to prevent moisture, dust, and other impurities from affecting the adhesion of the paint film. High-temperature resistant infrared silicone paint Coating thickness of paint and coatings meets the specified requirements,Need to be kept dry and cool frequently2Can be used after 3 days. High-temperature resistant infrared silicone paint Paint infrared coating paint during application, according to application requirements(As brushing coating, spraying coating)Available for dilution with thinner for high-temperature infrared silicone paint Increase ventilation during paint and coating application to prevent poisoning..Construction site strictly prohibit open flame to prevent fire. High-temperature resistant infrared silicone paint Paint and coatings have an effective shelf life of1Year, over storage period, may be inspected according to this standard.,Compliant with regulations and still usable
Widely used for high-temperature corrosion protection on the inner and outer walls of blast furnaces, hot blast stoves, chimneys, flues, drying chambers, exhaust pipes, high-temperature hot gas pipes, heating furnaces, heat exchangers, and other non-metallic and metallic surfaces.
Based on the temperature resistance range,Generally, the price increases with every additional hundred degrees.60Yuan/kilogram,If there are additional requirements for the coating film, the price will be correspondingly higher.
Infrared High-Temperature Paint Technical Specifications Film Appearance:The coating is flat and smooth, the black color conforms to the standard sample..Drying Time:Standard thickness single coating25℃Drying film≤2Hour, hard work≤24Hour pencil hardness:≥HEnclosed Please provide the Chinese content you would like translated into American English. Power:≤2(Circular marking method, level)Impact Strength:50k·cmBend Test:≤1mmSalt-resistant(3%Saltwater25℃，30Sky):Non-bubbling, non-rusting, non-flaking
Acid resistance(20%Sulfuric acid25℃，30Sky):Non-bubbly, non-corrosive, non-peeling
Alkali-resistant water(10%NaOH，25℃，30Sky):Non-bubbly, non-rusting, non-flaking
Infrared High-Temperature Paint Basic Parameters Please provide the Chinese content to be translated. Please provide the Chinese content that needs to be translated into American English.: Paint materials:Curing agent = 4:1(Weight Ratio)
Construction Deadline:8h，(25℃)Theoretical Usage:250~350g/m2.Completely solidified:7Sky
Excellent stability, can withstand350~400℃Fade-resistant600℃Turns yellowish-brown, to1200---,1300℃Changes to irreversible black-brown.
The heat resistance of zinc oxide in white pigments is250~300℃Applicable to250℃Long-lasting heat resistance.
In black pigments, carbon black is suitable for250℃Long-term heat resistance, if the temperature exceeds300℃Colors may fade. Graphite powder and manganese dioxide are suitable for300℃The above is long-lasting heat-resistant.
Iron oxide red and cadmium red in red pigments are suitable for250℃Long-lasting heat resistance.
Yellow pigment with resistance200℃Extended high-temperature periods.
In blue pigment applications200℃Below heat-resistant;Indigo can withstand200℃Extended high temperatures250℃The above is prone to fading.;Cobalt blue is suitable for500℃Long-term heat resistance.
Chrome oxide green and cobalt green in green pigments are suitable for250℃Long-lasting heat resistance.
Melting point approximately600℃Therefore, it is commonly prepared to be durable.500~600℃Infrared high-temperature paint.xThe melting point of the powder is approximately420℃, at900℃Vaporized, hence commonly prepared400℃High-temperature resistant paint.
(1) Pre-treatment:Base Material SurfacebThe surface treatment must be done by sandblasting.Sa2.5Grade;
(2) Wipe the workpiece surface with a diluent.;
(3) Adjust paint viscosity with matching thinner; the thinner used is a thinner, with an approximate quantity.:Airless Spray--Approx.5%(By paint weight);Air Spray--About15-20%(By paint weight);Brush coating--Approx.10-15%(By weight of paint);
(4) Construction Method:Airless spray, air spray, or brush coating. Note:Substrate temperature during constructionbHigher than the dew point3℃, but not exceeding60℃;
(5) Coating Curing:After application, allow for natural curing at room temperature before use or air-dry at room temperature.0.5-1.0hour, then place180-200℃Bake in the oven0. 5Remove after an hour, and cool for use.
Density--About1.08g/cm3;
Dry Film Thickness(A dish)25um;Wet Film Thickness56 um;
Flash Point-27℃;
Coating Quantity--120 g/m2;
Coating interval time:8-24Hour/25℃Below,4-8Hour/25℃Above.
Paint shelf life:18Months. Still usable upon passing inspection even after this period.
Self-curing infrared silicone high-temperature paint composed of modified organic silicone resin, heat-resistant pigment, additives, and solvents.
Film color Assorted colors,Meets the standard sample and its color variation range, with a smooth and even finish.
Solid Content 65%.Finenessum≤ 20.Specific Gravity 1.36.Drying Time≯ Table dry10 Down-to-earth24.Coating thickness Dry Film:20-40umDào Wet Film:80-150um/Coverage rate Theoretical Value:6.5square meters/Ascend/40um
Actual Value:Factors related to surface treatment, external environment, construction methods, etc.
Water-resistant24h Non-foaming,wrinkle-free,Not shedding,Permit film whitening,24hRestore
(1)Coating surfacebMust be cleaned thoroughly,Dry, neutral pH, oil-free(2)Tools used during constructionbEnsure dry and clean(3)bUse the recommended thinner.,Do not mix with paints of other varieties. Spray viscosity is adjusted according to the construction site.(4)Construction and drying time,Relative humidity not exceeding75%Otherwise, it may cause the paint film to bubble.(5)Construction site has good ventilation conditions and necessary protective gear is worn.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 nano low-temperature infrared radiation coatings.
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.
