default image
High-performance thermal barrier coating materials
New thermal barrier coating, resistant to high temperatures above 1200 ° C, crack prevention and long life, thermal protection of aviation power hot end parts
Type
Material
Tags
Other resource gains
Physics
Heat transfer
Thermodynamic
Thermal
Thermophysical properties
Atmosphere spraying
Vacuum plasma spraying
Plasma physics
Thermal barrier coating
Solution maturity
Early adoption / Process verification
Applicable industry
Scientific research and technology services
Applications
Power system
Key innovations
The innovation of this new thermal barrier coating is that it overcomes the problems of phase transformation, cracking, sintering and thermal insulation degradation of traditional yttria-stabilized zirconia coatings at high temperatures above 1200℃.
Potential economic benefits
Extend equipment life, reduce maintenance costs, improve operating efficiency, and achieve import substitution, with huge market potential.
Potential climate benefits
High-performance thermal barrier coatings improve the thermal efficiency of gas turbines, reduce fuel consumption, and directly reduce carbon dioxide emissions. At the same time, extending component life also reduces the carbon footprint of new component manufacturing.
Solution supplier
View more
Shanghai Silicate Institute
Shanghai Silicate Institute
Shanghai Silicate Institute is a national-level research institution for inorganic non-metallic materials, focusing on the research and development of advanced ceramics and serving high-tech applications such as aerospace and energy.
China
Solution details

High-performance thermal barrier coating materials can be used for thermal barrier coatings for hot end components of gas turbines in many fields of power, chemical industry, shipbuilding, and aviation. Technologies such as vacuum plasma spraying and atmospheric spraying are used. Currently, the new thermal barrier coating developed overcomes the shortcomings of traditional yttria-stabilized zirconia thermal barrier coatings used for long-term application at high temperatures above 1200℃, providing thermal protection for multiple types of high-speed aircraft engines. The thermal insulation coating for aeroengines has been tested on multiple installations by B-146 aircraft engines, and its effect and life (5000 hours) are comparable to those of foreign products.


Last updated
10:56:44, Nov 04, 2025
Information contributed by

See original page on

Report