Home > Press > Innovnano Advances Thermal Barrier Coatings for Turbine Engines: Patented manufacturing process delivers resilient coatings for improved turbine efficiency
Innovnano, an expert manufacturer of high performance ceramic powder, has produced highly pure 4YSZ (4 mol% yttria stabilised zirconia), a thermal barrier coating material with exceptional properties for withstanding extreme temperature variations found in demanding operating environments. Innovnano's 4YSZ has a major application within turbine engines, especially in the aerospace industry. Due to its low thermal conductivity only a very thin coating is necessary for impact, thereby ensuring that the component weight of the rotating turbines is kept to a minimum.
Innovnano Advances Thermal Barrier Coatings for Turbine Engines: Patented manufacturing process delivers resilient coatings for improved turbine efficiency
Coimbra, Portugal | Posted on March 19th, 2013
With a melting point of ~ 2700 °C and hardness of 14 GPa, Innovnano's 4YSZ is the ideal topcoat thermal barrier. It has been shown by CPT, an independent centre for thermal spray technology (University of Barcelona), to demonstrate the same thermal diffusivity and corrosion resistance as conventional coatings, but at a much lower thickness and weight. The company's patented Emulsion Detonation Synthesis (EDS) process ensures that Innovnano's 4YSZ has a fine nanostructure with uniform dispersion of mixed oxide components. These resulting powder properties are vital to ensuring that the thermal barrier is highly resistant to micro-cracking and thermal shock, allowing it to expand with the metal underneath without breaking, making it ideal for ‘no-fail' applications.
4YSZ thermal barrier coatings not only provide thermal protection to the alloy components they cover but also shield them from oxidation, corrosion and general wear-and-tear - helping to give the turbine engine a long operating life. Innovnano's 4YSZ ceramic powder has advanced thermal barrier coating properties in tune with technological expectations for increased turbine efficiency, allowing increased operating temperatures but with minimal maintenance down-time and cost.
"There has been a dramatic growth in the market for high performance materials within the aerospace community and other high performance settings," said Joấo Calado, Innovnano's Technical Director. "Recognising this, Innovnano has recently relocated to a purpose-built manufacturing facility with significantly increased production capacity, and with our advanced EDS technology we are able to provide the highest quality thermal barrier topcoat materials at the volumes that industry needs."
In addition to dedicated zirconia-based ceramic powder production, Innovnano is also able to custom manufacture zirconia-based powder products to clients' individual specifications. Customised, sub-micron powders are available in stable aqueous or ethanol-based suspensions for the emerging suspension plasma spray application, as well as spray-dried granules, with or without binder for optimum handling.
Innovnano - a subsidiary of CUF, one of the largest chemical companies in Europe - is a specialist manufacturer of industrial scale quantities of high quality nanostructured zirconia-based powders and aluminium zinc oxide sputter coating targets. With a new, purpose-built production centre, built on a modular design, Innovnano can scale-up production to 1000 tpa to meet the rapidly growing demands of industries taking advantage of high performance materials.
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