Alonizing (original) (raw)
Alonizing is a diffusion metallizing process in that it is a thermochemical treatment that involves enriching the surface layer of an object with one or more metallic elements. Specifically, alonizing is the diffusion of aluminum into the surface of a base metal through high temperature vapors. The types of metals that can be alonized include all types of wrought and cast steels (i.e. plain carbon and low alloy grades, ferritic and austenitic steels, highly alloyed nickel-chromium steels, etc.). This process results in an alloy with the surface properties of aluminum while retaining the base metal's inherent strength and rigidity. Therefore, alonizing does not change the high-temperature mechanical properties of the base metal, which is the advantage of alonizing over simply creating an al
| Property | Value |
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| dbo:abstract | Alonizing is a diffusion metallizing process in that it is a thermochemical treatment that involves enriching the surface layer of an object with one or more metallic elements. Specifically, alonizing is the diffusion of aluminum into the surface of a base metal through high temperature vapors. The types of metals that can be alonized include all types of wrought and cast steels (i.e. plain carbon and low alloy grades, ferritic and austenitic steels, highly alloyed nickel-chromium steels, etc.). This process results in an alloy with the surface properties of aluminum while retaining the base metal's inherent strength and rigidity. Therefore, alonizing does not change the high-temperature mechanical properties of the base metal, which is the advantage of alonizing over simply creating an aluminum alloy (aluminizing the surface versus aluminum throughout the alloy). (en) |
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| dbo:wikiPageWikiLink | dbr:Precipitation_(chemistry) dbr:Metallizing dbr:Allotropes_of_iron dbr:Alloy dbr:Melting_point dbr:Furnace_(house_heating) dbr:Corrosion dbr:Aluminum_alloy dbr:Stiffness dbr:Machining dbr:Substrate_(materials_science) dbr:Ductility dbr:Corrosion_resistance dbr:Aluminum dbr:Aluminum_oxide dbc:Metals dbr:Brittleness dbr:Oxygen dbr:Diffusion dbr:Kiln dbr:Steel dbr:Thermal_resistance dbr:Heat_exchanger dbr:Temperature dbr:Sulfide dbr:Austenite dbr:Metal dbr:Metallic_hydrogen dbr:Oxidation dbr:Retort dbr:Strength_of_materials dbr:Thermochemical dbr:Carburization |
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| gold:hypernym | dbr:Diffusion |
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| rdfs:comment | Alonizing is a diffusion metallizing process in that it is a thermochemical treatment that involves enriching the surface layer of an object with one or more metallic elements. Specifically, alonizing is the diffusion of aluminum into the surface of a base metal through high temperature vapors. The types of metals that can be alonized include all types of wrought and cast steels (i.e. plain carbon and low alloy grades, ferritic and austenitic steels, highly alloyed nickel-chromium steels, etc.). This process results in an alloy with the surface properties of aluminum while retaining the base metal's inherent strength and rigidity. Therefore, alonizing does not change the high-temperature mechanical properties of the base metal, which is the advantage of alonizing over simply creating an al (en) |
| rdfs:label | Alonizing (en) |
| owl:sameAs | freebase:Alonizing yago-res:Alonizing wikidata:Alonizing dbpedia-hr:Alonizing dbpedia-sk:Alonizing https://global.dbpedia.org/id/4PMiu |
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| foaf:isPrimaryTopicOf | wikipedia-en:Alonizing |
| is dbo:wikiPageWikiLink of | dbr:Aluminized_steel |
| is foaf:primaryTopic of | wikipedia-en:Alonizing |