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Extra resources for A Guide to Surface Engineering Terminology
Plain carbon steels. Such steels are problematic for conventional carburising, where there is no accompanying enhancement in hardenability. Carbon potential is of critical importance. For a given carbon content, carbonitrided cases exhibit a larger quantity of retained austenite than for equivalent carburised cases. It is also argued that the nitrogen serves to improve wear and temper resistance, over and above that which is possible through simple carburising. NOTE: Carbonitriding should never be confused with nitrocarburising.
See multicomponent bonding. borotitanising. See multicomponent bonding. borotungstenising. As with boromolybdenising it is carried out on steel as an electroless or electrolytic salt bath diffusion method. The salts comprise a mixture of boron salts and Na2WO4. Boron and tungsten are simultaneously diffused into the steel. The microhardness of the resultant layer is ~ 2200-3000 kg/mm2. It is rarely practised on an industrial scale. bonding or boronising. Normal metallographic sections of commercially pure iron following pack bonding at 9000C for 1Oh: (a) Nomarski interference contrast showing cracking in close proximity to the FeB-Fe2B interface.
Refers to the outermost surface layer of nitrided or nitrocarburised steels comprising y5 -Fe4N and/or S-Fe2-3N. Usually this zone should not exceed 10|Lim in thickness. Nitriding conditions are sometimes adjusted to completely avoid its formation (see bright nitriding). The wear resistant qualities of the £-Fe2-3N phase are exploited in nitrocarburised plain carbon steels. See Nitrocarburising, Nitrotec and Nitrotec S. Contention still exists concerning the relative wear resistance of y'-Fe4N and e-Fe2-3N.