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The cyaniding process is the fast and most efficient surface hardening process. Induction Hardening / Flame Hardening. PC: gerster.ch. Also known as Flame Hardening. The parts will be heated rapidly with Oxy-gas flame or induction heating and cooled rapidly with the help of water.
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Case Depth with Cyaniding The cyaniding process imparts both carbon and nitrogen to the surface of steel material. It is very similar to carbo-nitriding in that both are generally used for thin cases of about 0.15 mm–1.8 mm.[4] In atypical steel the atoms of these elements migrate into the steel by the diffusion process.
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Explanation: Cyaniding is a process of hardening the surface of steel components through the addition of nitrogen and carbon. It is done by immersing the workpiece is a cyanide bath. Usually, plain carbon steels and alloying steels containing 0.2% carbon are hardened using this process.
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Liquid cyaniding process which is a case hardening process used to improve the mechanical properties of the metal. This process does not chance the microstructure of the base metal, it instead creates a layer formed by the precipitates of nitrogen and carbon which forms a hard case with good hardness and good wear …
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Hi guys in this article we learn the topic Case Hardening Process Cyaniding, It's Applications.In this point try to learn in detail information of cyaniding it's definition, process, applications so without wasting of time let's discuss further information,
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Cyaniding is a surface hardening process where steel is dipped in a liquid sodium cyanide (NaCN) bath at 800-900°C. This adds carbon and nitrogen to the steel surface through diffusion. NaCN reacts with oxygen to form carbon and nitrogen, which diffuse into the steel forming a wear resistant carbonitride layer. The process takes 30-90 minutes and …
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Cyaniding: In this process of surface hardening, both carbon and nitrogen are added to the surface layer of steel (ferrous material, usually low carbon grade). The process is based on the decomposition of cyanide compounds that easily release the cyan group (CN). Cyaniding involves heating the steel in a liquid or solid medium.
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a method of case hardening involving the diffusion of carbon and nitrogen into the surface layer of steel in cyanide-salt baths at temperatures of 820°–860°C (medium-temperature cyaniding) or 930°–950°C (high-temperature cyaniding).
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Cyaniding process Hydrogen-containing wastewater and to recover sodium cyanide, which proves to be a good method to solve the wastewater pollute. The alloy gold can adopt electrolyte equipment to dissociate silver and get gold and silver ingot to improve economic efficiency.
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Cyaniding: In this process of surface hardening, both carbon and nitrogen are added to the surface layer of steel (ferrous material, usually low carbon grade). The process is based on the decomposition of cyanide compounds that easily release the cyan group (CN). Cyaniding involves heating the steel in a liquid or solid medium.
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