The maximum temperature resistance of traditional high temperature resistant paints (paints) is around 1200°C, and the temperature range under many working conditions is not enough, which greatly affects the use of paints or paints, such as the inner wall of furnaces, electric heating wires, and graphite electrodes. On high-temperature metals and other high-temperature objects, these materials work at temperatures as high as 1500°C, and they are extremely depleted during high-temperature work, sometimes severely affecting normal industrial production. Traditional high-temperature coatings cannot withstand the heat-resistant range.
After many years of research and development, now Beijing Chemical Co., Ltd. has exclusive patented technology, breaking the temperature limit of high-temperature coatings, leading the world of technology, coating using inorganic finishing technology, the use of special high-temperature materials, the resistance to high temperature coating The temperature range is increased to 1800°C, the short-term limit temperature can reach 2300°C, and it can be fire-resistant for a long time. The high-temperature coating is used for high temperature insulation, high temperature oxidation, high-speed infrared energy-saving furnace, high-temperature plastic, high-temperature transparent paint, etc., with significant energy saving effect. The increase in temperature resistance of paints has also led to the upgrading of other industrial technologies, and has brought about revolutionary changes in other industrial production processes. Now it has been widely used in petroleum, petrochemical, aerospace, military, metallurgy, pharmaceutical, electric power, transportation, construction and other high-temperature equipment. Protection.
Domestic manufacturers of fire-resistant high-temperature thermal insulation coatings are now only China Chemical Industry Co., Ltd. The thermal conductivity of this material is only 0.03W/m. K, with a temperature range of 1800°C, high hardness, can effectively suppress and shield infrared radiant heat and heat conduction heat, heat insulation and heat preservation efficiency can be up to 90%, can suppress heat loss of high temperature objects, at the surface of the object at 1100°C Applying 8mm of this refractory high temperature insulation coating temperature can be reduced to less than 100 °C. Spraying on the outer surface of high-temperature pipelines, equipment, and containers can effectively suppress the loss of heat radiation and heat conduction. After testing, only 6mm thick high-temperature heat-insulating paint can be applied on the outer surface of industrial furnaces to reduce heat loss by more than 30%. Brushing in the inner wall of the furnace will be smoother than the surface of any material, and the infrared reflection function of the flame will reduce the heat absorption of the furnace wall, so that the flame temperature of the furnace will be high.
Science and technology drive product upgrades, the Chemical Co., Ltd., in the research and development of inorganic high-temperature anti-corrosion coatings, has been walking in the forefront of the world, its company research and development production of ZS-811 high temperature anti-corrosion coating, temperature up to 1800 degrees Celsius, fire-resistant long barbecue, Water-based inorganic self-curing heat-resistant coating, resistant to salt spray, good anti-aging performance, no harm to human body, non-toxic, no odor, no burning and explosion danger, its physical properties, chemical properties and performance have reached the international advanced level. ZS-1071 high temperature adhesive belongs to silicate adhesive. Its temperature resistance can reach 1700°C. It uses lanthanum, lanthanum and lanthanide oxides. It mainly contains lanthanum oxide, lanthanum oxide, lanthanum oxide and lanthanum oxide. Oxide to improve and improve the high temperature performance of the adhesive. Water is used as a dispersant to form a neutral dispersion. And it is made of pure inorganic materials. The binder does not contain volatile organic compounds harmful to the human body and the environment, as well as lead, chromium, cadmium, and other heavy metal compounds, and no volatile substances. High-temperature, high-strength, high-temperature inorganic binder.
The successful development of inorganic super high temperature resistant coatings breaks the traditional limits of temperature resistance of coatings and improves the functionality of coatings, which helps to enhance industrial production processes, improve product quality, and save energy.
After many years of research and development, now Beijing Chemical Co., Ltd. has exclusive patented technology, breaking the temperature limit of high-temperature coatings, leading the world of technology, coating using inorganic finishing technology, the use of special high-temperature materials, the resistance to high temperature coating The temperature range is increased to 1800°C, the short-term limit temperature can reach 2300°C, and it can be fire-resistant for a long time. The high-temperature coating is used for high temperature insulation, high temperature oxidation, high-speed infrared energy-saving furnace, high-temperature plastic, high-temperature transparent paint, etc., with significant energy saving effect. The increase in temperature resistance of paints has also led to the upgrading of other industrial technologies, and has brought about revolutionary changes in other industrial production processes. Now it has been widely used in petroleum, petrochemical, aerospace, military, metallurgy, pharmaceutical, electric power, transportation, construction and other high-temperature equipment. Protection.
Domestic manufacturers of fire-resistant high-temperature thermal insulation coatings are now only China Chemical Industry Co., Ltd. The thermal conductivity of this material is only 0.03W/m. K, with a temperature range of 1800°C, high hardness, can effectively suppress and shield infrared radiant heat and heat conduction heat, heat insulation and heat preservation efficiency can be up to 90%, can suppress heat loss of high temperature objects, at the surface of the object at 1100°C Applying 8mm of this refractory high temperature insulation coating temperature can be reduced to less than 100 °C. Spraying on the outer surface of high-temperature pipelines, equipment, and containers can effectively suppress the loss of heat radiation and heat conduction. After testing, only 6mm thick high-temperature heat-insulating paint can be applied on the outer surface of industrial furnaces to reduce heat loss by more than 30%. Brushing in the inner wall of the furnace will be smoother than the surface of any material, and the infrared reflection function of the flame will reduce the heat absorption of the furnace wall, so that the flame temperature of the furnace will be high.
Science and technology drive product upgrades, the Chemical Co., Ltd., in the research and development of inorganic high-temperature anti-corrosion coatings, has been walking in the forefront of the world, its company research and development production of ZS-811 high temperature anti-corrosion coating, temperature up to 1800 degrees Celsius, fire-resistant long barbecue, Water-based inorganic self-curing heat-resistant coating, resistant to salt spray, good anti-aging performance, no harm to human body, non-toxic, no odor, no burning and explosion danger, its physical properties, chemical properties and performance have reached the international advanced level. ZS-1071 high temperature adhesive belongs to silicate adhesive. Its temperature resistance can reach 1700°C. It uses lanthanum, lanthanum and lanthanide oxides. It mainly contains lanthanum oxide, lanthanum oxide, lanthanum oxide and lanthanum oxide. Oxide to improve and improve the high temperature performance of the adhesive. Water is used as a dispersant to form a neutral dispersion. And it is made of pure inorganic materials. The binder does not contain volatile organic compounds harmful to the human body and the environment, as well as lead, chromium, cadmium, and other heavy metal compounds, and no volatile substances. High-temperature, high-strength, high-temperature inorganic binder.
The successful development of inorganic super high temperature resistant coatings breaks the traditional limits of temperature resistance of coatings and improves the functionality of coatings, which helps to enhance industrial production processes, improve product quality, and save energy.
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