High performance alloys are often the materials used for various components exposed to high temperature environments. In many cases, protective coatings are applied in these alloys, providing higher corrosion and oxidation resistance, compared to the base material. This study investigates the feasibility to apply boro-aluminising treatment on P91 steel by pack cementation process, to increase the steel high temperature properties in oxidising and corrosive environments. Packs activated by AlCl₃, NH₄Cl and KBF₄ were used to carry out the coating deposition at a temperature of 715°C for 6 h. The coating formed was analysed by means of SEM and XRD, and the compounds formed were identified. Cyclic steam oxidation for a total of 1008 ...
Stainless steels are frequently used in applications requiring high strength materials that can with...
In the present work, boronizing coating was produced by pack cementation to improve the surface perf...
There are no single materials which can withstand all the extreme operating conditions in modern tec...
High performance alloys are often the materials used for various components exposed to high tempera...
The aim of the paper was to investigate the air oxidation behaviour of pack aluminised steels expose...
Degradation of materials by a combination of erosive wear and atmospheric oxidation at elevated temp...
Coatings are seen a promising way to improve the corrosion resistance of relatively cheap power plan...
The aim of this study was to investigate the effect of aluminizing process on the oxidation resistan...
To achieve climate change targets and to improve the efficiency of fossil fuel power plant the tempe...
The demand for increasing efficiency has led to the development and construction of higher operating...
L'augmentation du rendement des centrales thermiques nécessite une amélioration de la résistance à l...
Boronizing is a well-known thermochemical treatment process that has found applications in a variety...
In this study, the high-temperature molten salt corrosion resistance of bare steels and steels with ...
The motivation to increase the operation temperatures of fossil fuel power plant is primarily to imp...
In recent decade growing concerns of CO2 emissions from power plants have increased, which led to de...
Stainless steels are frequently used in applications requiring high strength materials that can with...
In the present work, boronizing coating was produced by pack cementation to improve the surface perf...
There are no single materials which can withstand all the extreme operating conditions in modern tec...
High performance alloys are often the materials used for various components exposed to high tempera...
The aim of the paper was to investigate the air oxidation behaviour of pack aluminised steels expose...
Degradation of materials by a combination of erosive wear and atmospheric oxidation at elevated temp...
Coatings are seen a promising way to improve the corrosion resistance of relatively cheap power plan...
The aim of this study was to investigate the effect of aluminizing process on the oxidation resistan...
To achieve climate change targets and to improve the efficiency of fossil fuel power plant the tempe...
The demand for increasing efficiency has led to the development and construction of higher operating...
L'augmentation du rendement des centrales thermiques nécessite une amélioration de la résistance à l...
Boronizing is a well-known thermochemical treatment process that has found applications in a variety...
In this study, the high-temperature molten salt corrosion resistance of bare steels and steels with ...
The motivation to increase the operation temperatures of fossil fuel power plant is primarily to imp...
In recent decade growing concerns of CO2 emissions from power plants have increased, which led to de...
Stainless steels are frequently used in applications requiring high strength materials that can with...
In the present work, boronizing coating was produced by pack cementation to improve the surface perf...
There are no single materials which can withstand all the extreme operating conditions in modern tec...