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1. Potential materials
High-temperature corrosion control first requires a thorough understanding of the operating conditions of the application in question: working temperatures, risk of overheating, types of corrosion likely to occur (including those that may occur during commissioning, shutdown or shutdown of installations), mechanical stresses. The table at 1 can be used as a guide in selecting potential materials according to the corrosion modes encountered.
On the other hand, you need to be familiar with the chemical, mechanical, forming and assembly properties of the materials available on the market. This enables an initial selection to be made, taking into account mechanical and economic requirements, on the basis of more or less empirical criteria...
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Potential materials
Final choice
Bibliography
General works
Standardization
Standards cited in the articles "Dry corrosion of metals. Industrial cases " and .
European standards
- Aciers et alliages de nickel réfractaires Le présent document définit les nuances d'aciers et d'alliages réfractaires caractérisées par leur résistance aux effets...
Main manufacturers of metal alloys
Table 1 lists the main metal alloy manufacturers and their Internet addresses.
Composition of the main metal alloys
The composition (% by mass) of the main metal alloys is given in Table 2 .
The reader is referred to the articles
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