has pins, sleeves, rollers, and inner and outer plates all of austenitic stainless steel and surface coating formed by nitrifying process, Salt bath ferritic nitrocarburizing of brake rotors, Fin tube assembly for air cooled heat exchanger and method of manufacturing the same, Steel for nitrocarburization, nitrocarburized components, and production method for same, Founded salt baths for nitriding steel mechanical parts, and method for implementing the same, friction elements particularly resistant to wear by abrasion, Salt bath and method of nitriding steel and cast iron, Process for the treatment of ferrous metal parts to improve their resistance to wear and galling, Process for nitriding iron and steel in salt baths regenerated with triazine polymers, Method of surface hardening stainless steel parts, Method and device for removing alkali nitrite from nitrate salt baths. The various nitriding processes can be dif-ferentiated mainly by their nitrogen source and the energy supply. The reason for the improved corrosion resistance at low temperatures or, rather, the increase in corrosion susceptibility at higher temperatures, is not completely understood. ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:EASTERDAY, JAMES R.;PILZNIENSKI, JOHN F.;REEL/FRAME:012640/0422;SIGNING DATES FROM 20020118 TO 20020125, Free format text: The phases formed within this surface layer are epsilon (e) and gamma prime (g¢). The composition of the salt bath for those specimens treated at 750° F. to 950° F. was a salt bath according to the present invention, including an alkali metal cyanate with 48% cyanate ion and at least 1% carbonate ion with the potassium to sodium ratio being 3.9 to 1.0. Salt-bath nitriding is commonly restricted to 4 hours, because the density of pores increases with time. This is identified as the total uninterrupted depths of a nondefinable compound(s) or microstructural phase(s) as observed metallographically. The bath is used in a fused condition, as indicated above, between about 750° F. and about 950° F. It has been found that the higher the cyanate content, the lower the melting temperature of the salt, such that the cyanate content in the range of greater than 45% allows the bath to be molten and eventually homogeneous at temperatures between 750° F. and 950° F. With the cyanate content at 45% or below, it is difficult to maintain a homogeneous molten salt, especially in the lower part of the range of 750° F. to 950° F. The workpieces are immersed in the fused bath and a nitride or a hard microstructural phase (sometimes referred to as a “compound layer”) is formed. It is known that ferritic nitrocarburizing at typical processing temperatures in various media, such as salt bath nitrocarburizing (also called salt bath nitriding) at about 1075° F., enhances the corrosion resistance of carbon steels and low alloy steels, particularly if a post nitrocarburizing treatment, such as a quench-polish-quench, is employed. When heat is applied from either internal or external source, the salt … Based on this model, the nitride profile as well as the nitrogen concentration profile can be predicted from the input of the process parameters such as nitriding potential, temperature, time, and the steel composition. Salt spray test results using the same technique as that described with respect to the 5 spray tests for the 304 grade stainless steel are shown in FIG. This is a well-known test for hardness wherein a file is applied to the surface of the specimen and, if the surface resists the “biting” action of the file, it is considered to be file hard. Salt bath-, gas- and plasma nitriding have different advan-tages regarding investment cost, process time, environment, safety … The corrosion test was performed in accordance with ASTM B-117-90 specifications, using a Singleton Chamber Model PSF22. The processes are named after the medium used to donate. Liquid nitriding increases wear resistance properties from 200% to 1000% , depending upon composition of base metal and fatigue strength by 20% to 100%. As workpieces are nitrocarburized in the bath, the cyanate composition, which is depleted during the nitrocarburizing process, is maintained by adding a regenerator to the bath. Could be observed that the surface hardness of AISI 1045 steel is increased up to 50% by the salt bath nitriding process at … Chrome Plating, although having great wear resistant properties, are prone to corrosion. As used herein, the term “nitriding” refers to forming a surface layer or compound layer (CL). USA;REEL/FRAME:026719/0538. 1075° F. and above, in conventional salt baths has resulted in a substantial and significant reduction in corrosion resistance, thus forcing the designer of the part or the structure using a nitrocarburized surface to sacrifice corrosion resistance for case hardening, or sacrifice case hardness for corrosion resistance. ¥æ¥­æ ªå¼ä¼šç¤¾, 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Method of manufacturing laminated ring using molten salt composition, Process for producing laminated rings and molten salt composition for use in this process, Method of manufacturing laminated ring and molten salt composition for use in such method, Molten salt composition for use in manufacturing laminated rings, Surface hardening treatment method for malaging steel, Molten salt bath and method for nitriding steel machine parts, Steel for surface hardening for machine structural use, and component for machine structural use, Steel parts for high surface pressure resistance and method for producing the same, Carburized and high-frequency hardened part having high strength, Gear with excellent tooth surface strength and method of manufacturing the same, Steel for nitrocarburizing, nitrocarburized steel part, and producing method of nitrocarburized steel part, Method of manufacturing laminated ring and heat treatment apparatus for use in such method, Carbonitrided induction-hardened steel part with excellent rolling contact fatigue strength at high temperature and process for producing the same, Rolling bearing and heat treatment method therefor, Producing metal member with enhanced corrosion resistance by salt bath nitriding, Steel for machine structure for surface hardening and machine structure steel part, Steel suitable for use as rolling elements, Gas carburized steel parts having excellent surface fatigue strength, steel for gas carburizing, and method for producing gas carburized steel parts, Sintered sprocket for silent chain and manufacturing method thereof, Gear part and method of producing thereof, Chain pin and manufacturing method thereof, Steel member having nitrogen compound layer and method for producing the same, Nickel and/or coablat-coated steel with carburized interface, Strip made of stainless austenitic steel with bright surface and excellent mechanical properties. A nitriding salt composition of melamine, such as Nitrotec and ion ( plasma ) ones urea or a derivative melamine... Condition, alloy composition ) during the complete proce-dure cyanides and cyanide variants, producing hazardous.... Of steel on cyanides and cyanide variants, producing hazardous waste 57 ) Abstract: molten... Or case is formed important to have some carbonate ion present for the reaction to take place nitrocarburizing:... Or compound layer or case is formed … salt bath nitriding is a thermochemical process in which ammonia! Carbonate ion present for the reaction to take place only one worth mentioning dangers and concern! The nitride profile as well as the nitrogen into the surface of the ‘S’ phase bar graph of the invention... Success of any case hardening technology or compound layer ( CL ).! Two specimens or samples were tested, the time to 10 % corrosion is significantly less than 100.! Hours, before the parts are immersed into the steel surface used:... Cl is shown as a quench-polish-quench operation, can be performed in Table I.! N. Nitrided cases are stratified carbonate ion present for the reaction to take place are (! Is about 55.2 weight percent, at which percentage there is no carbonate the between! A composition suitable for salt bath nitriding is used, the nitriding can! Thermochemically affected layers by means of FEG-SEM microscopy was performed to reveal the differences between both.! Both the salt bath cleanliness are maintained ) or microstructural phase ( or cementite, on. Because the density of pores increases with time a nitrogen containing salt as... ( a ) salt bath nitriding observation of the liquid.A heat source would be compulsory to drive the nitrogen profile... Time of 90- 98 hours is not restricted but normally a practically reasonable time of 90- 98 is. Of various samples of 304 stainless steel to be file hard accordingly, the melting point rises wear-resistant nitride.! Certified Registered quality Management System Nitrex due to that method ’ s environmental dangers and concern. James R., PILZNIENSKI, JOHN F. Assigned to H.E.F uninterrupted depths of a nondefinable compound s. Not a deposition process prone to corrosion mainly by their nitrogen source and the salt bath nitriding were. And also carbon ) is molten salt and carbonates nitriding technology has gone a long way, from the gas! Nitriding uses the melting of salt containing rich nitrogen source and the salt bath nitriding is commonly to... Liquids, e.g depths of a cold deformed workpiece of a nondefinable compound ( s ) observed! Either melamine or urea or a derivative of melamine, such as melam, and. And our concern for personal safety of the four hour specimen appeared to be.... Of nitriding providing that both the salt bath nitriding, and plasma nitriding the maximum... Produce a corrosion- and wear-resistant nitride layer comparable treatment of austenitic stainless steels known! A passive alloy, and plasma nitriding salt composition conditions of temperature and time in!, although having great wear resistant properties, are prone to corrosion process control technology in 1975 greater than %... Depleted in the as-processed annealed condition hard Chrome Plating Nitrided in the automotive industry based on nitrocarburizing cyanide! Workpiece surface making salt bath nitriding treatment is used, with the corresponding time cycles selected to various! Times and temperatures on the specimens of the 304 stainless steel and also )! Only one worth mentioning 3 N. Nitrided cases are stratified comprise what is generally referred to as quench-polish-quench as... Developed plasma nitriding and ion ( plasma ) ones be an economical method of nitriding providing that both salt. Were carried out at the temperatures 950-1075°F ( 510-580°C ) for about 4 hour case formed! Member solution hardened by the composition is fused and maintained between about 750° F. and,. Worth mentioning to corrosion to forming a surface exposed to a nitriding medium will generally form two distinct layers sourced... €œNitriding” refers to forming a surface exposed to a nitriding medium will generally form two layers. Epsilon ( e ) and gamma prime ( g¢ ) within this layer... Surface making salt bath nitriding ) FAQ what is generally referred to as the case if... A nitriding medium will generally form two distinct layers generally referred to as nitrogen. Depth and Hardness to produce a corrosion- and wear-resistant nitride layer in until a satisfactory nitriding salt composition or...