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High-temperature infrared high-emissivity energy-saving coating
High-temperature infrared energy-saving coating helps kiln boilers efficiently reduce consumption and emission reduction.
Type
Material
Tags
Other energy-saving products
Energy
Infrared high-temperature
Solution maturity
Early adoption / Process verification
Cooperation methods
Overall transfer
Applicable industry
Scientific research and technology services
Applications
Industrial energy conservation
Key innovations
The innovation of this high-temperature infrared high-emissivity energy-saving coating lies in its high infrared emissivity (≥0.9) and extreme high temperature resistance (1100℃~1500℃), which can effectively save energy by 5%-15% and extend equipment life.
Potential economic benefits
The energy-saving efficiency of 5-15% and extended equipment life can significantly reduce energy consumption and reduce maintenance costs, thereby greatly improving the production efficiency and economic benefits of the company.
Potential climate benefits
The energy-saving coating improves the infrared emissivity of high-temperature kilns and boilers, significantly reduces heat loss, and achieves an energy-saving efficiency of 5%-15%. This means less fuel consumption to achieve or maintain the required temperature. Reduction in fuel consumption directly leads to a significant reduction in carbon dioxide emissions, which brings considerable carbon reduction benefits.
Solution supplier
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Hefei Department of Materials, China Academy of Sciences
Hefei Department of Materials, China Academy of Sciences
The Hefei Institute of Material Sciences, China Academy of Sciences, focuses on the frontiers of physical sciences and high-tech research and development to serve the country's strategic needs in the fields of energy, environment, materials and other fields.
China
Solution details

Technical indicators:

Infrared emissivity: ≥0.9; fire resistance: 1100℃~1500℃; energy saving efficiency: 5%~15%


Market prospects:

It can be widely used in various high-temperature kilns and boilers in metallurgy, petrochemical, thermal power, cement, glass, ceramics and other industries. The coating has the characteristics of high infrared emissivity, good energy-saving effect, aging resistance, and strong weather resistance. Using this product can shorten the furnace heating time, increase the furnace temperature, reduce the exhaust gas temperature, extend the service life of the furnace body (furnace tubes, heating elements, etc.), and can play an obvious role in energy conservation, emission reduction, consumption reduction and efficiency improvement.


Last updated
19:42:30, Nov 25, 2025
Information contributed by
Green Technology Bank

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