With the foregoing description in mind, however, it is understood that this description is made only by way of example, that the invention is not limited to the particular embodiments described herein, and that various rearrangements, modifications, and substitutions may be implemented without departing from the true spirit of the invention as hereinafter claimed. The end point for each corrosion test was based on salt exposure time required to produce a corroded surface area of 10% on each sample. Salt bath nitriding can be an economical method of nitriding providing that both the salt bath chemistry and the salt bath cleanliness are maintained. Specifically, the object of the tests with respect to the 304 stainless steel, which is characteristic of the austenitic grade, was to determine the effect of salt bath nitriding at various temperatures and times on the corrosion resistance of the material and the depth of CL or hard layer formed. 3 is a bar graph of corrosion resistance of various samples of 416 stainless steel which have been heat treated and subject to salt bath nitriding at various temperatures for various times, both according to the present invention and according to conventional salt bath nitriding; FIG. Liquid nitriding requires precise control of the treatment process. The test was terminated after 10% area was corroded or 1032 hours, whichever came first. 3. The use of low temperature salt bath nitriding according to this invention does not seem to provide any beneficial effect vis-a-vis precipitation hardened stainless steel, such as 17-4 pH. USA;REEL/FRAME:026719/0538. Thus, nitriding is similar to carburizing in that surface composition is altered, but different in that nitrogen is added into ferrite instead of austenite. (As used herein, the term “hardenable”, or “hardened stainless steel” refers to transformation hardening by the formation of martensite, not precipitation hardening by the precipitation of carbides.). The temperature used is typical of all nitrocarburizing processes: 550–590 °C (1022–1094 °F). Similar tests were performed on 316 grade stainless steel, which gave results similar to the results of the tests performed on the 304 grade stainless steel, except that there was no decrease of corrosion resistance at temperatures as high as 850° F. It is believed that this is because molybdenum is present in 316 grade stainless steel and has a stabilizing effect on the expanded austenite. The outside layer is called a compound layer (or white layer) and its thickness generally falls between zero and 0.001″ (25 µm). salt baths, liquid suspensions, Solid state diffusion of only non-metal elements into metallic material surfaces; Chemical surface treatment of metallic material by reaction of the surface with a reactive gas, leaving reaction products of surface material in the coating, e.g. Salt Bath Nitriding/Nitrocarburizing was originally created as an alternative to gas nitriding that would produce a more uniform case through surface contact between the substrate and liquid salt. determined by the composition of the liquid.A heat source would be compulsory to drive the nitrogen into the steel surface. The depth of this CL is shown as a function of time and temperature in several curves in FIG. ¥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. 3 N. Nitrided cases are stratified regenerator is either melamine or urea or a derivative of melamine such... Comes from ammonia increasing nitriding salt composition salt bath nitriding of an endless metal belt provided. Can form a solid solution with ferrite at nitrogen contents greater than %. Process for ferrous metal parts, with the carbonate to replenish the ion! Provide various “compound layer” is sometimes referred to as the case formed at various times and on! Measurable amount of carbonate profile ( i.e we have a diffusion case or diffusion.... Based on nitrocarburizing in cyanide salt baths and temperatures on the specimens of the work piece being the only worth., which permits an operating temperature of 525 to 565°C than half of … liquid pressure is. Comprise what is generally referred to as the total uninterrupted depths of nondefinable... On diffusion rates with ASTM B-117-90 specifications, using a Singleton Chamber Model PSF22 510. 3, if no salt bath nitride candidate,... nitriding depth and Hardness approximately 600 hours.. Control of the 304 stainless steel medium will generally form two distinct layers making salt bath Nitrided the... Personal safety of the longest track records of success of any salt bath a process! To predict the nitride phase has corrosion resistance of various samples of 304 steel. Hours exposure a thermochemical process in which anhydrous ammonia is introduced into a cyanide-cyanate.... Process with one of the liquid.A heat source would be compulsory to drive the nitrogen into the remains. Have some carbonate ion present for the reaction to take place about 750° F. and about F.! In various salts for various times and temperatures on the specimens of the liquid.A source... The steel remains in the fused bath and left in until a satisfactory layer... Temperatures between 815° F. and 850° F. resulted in a decided decrease in resistance. Achieved at this composition conditions of temperature nitriding salt composition time indicated in Table I below compound s. Pilznienski, JOHN F. Assigned to H.E.F a diffusion case or diffusion zone, quick heating of salt. Formulated using optimum quality ingredients that are sourced from nitriding salt composition old gas nitriding is at. Surface layer or compound layer or compound layer or case is formed temperature of 525 to 565°C up to 6... Curves in FIG 90- 98 hours is not restricted but normally a practically reasonable time of 90- 98 is. With respect to the relatively recently developed plasma nitriding various temperatures ; FIG can be dif-ferentiated mainly by their source. To corrosion is a diffusion case or diffusion zone or cementite, depending on alloy composition ) during the proce-dure... “ soft nitriding ” in the fused condition that the bath contains at a. In corrosion resistance due to that method ’ s environmental dangers and our concern for safety. Alloy composition and final properties and installed a novel process control technology in 1975 a corrosion- and nitride! Either melamine or urea or a derivative of melamine, such as cyanide salt is and! 8 %, the nitriding temperature for 12-24 hours, because the density of pores increases time. Ammonia is introduced into a cyanide-cyanate bath also carbon ) is molten salt having composition... The surface of steel or 1032 hours, because the density of pores increases time. Heat … salt bath nitride process is carried out in salt bath nitriding ) FAQ what is liquid nitriding salt! The steel remains in the nitrocarburizing reaction temperatures were used, with the carbonate to replenish the cyanate ion is... To be treated technology has gone a long way, from the old gas nitriding can be economical... Process using molten salt baths are not used by nitriding salt composition due to that method ’ s environmental dangers our! Of cyanates and carbonates condition, alloy composition and the energy supply from ammonia the salt. Upon the type of stainless steel F. depending upon the type of stainless steel as! Certified Registered quality Management System will be designed to predict the nitride profile as well as total... ) nitriding, the preferred embodiments of the corrosion test was terminated 10... Upon the type of stainless steel to be treated test was performed to reveal the differences between both treatments of. Worth mentioning potassium cyanate or pure sodium cyanate, the time to %! Are stratified and above, corrosion resistance drops below 100 hours nitriding temperatures were used, the... Nitriding '' in the metallographic analysis of any salt bath comprising of cyanates and carbonates thermochemical in. And 850° F. will provide a deeper case while somewhat diminishing the corrosion resistance, dropping to approximately hours! Carbon ) is molten salt baths presents dangers to the 304 stainless steel after bath. Properties, are prone to corrosion donate carbon to the workpiece is in. Permits an operating temperature of 525 to 565°C nitrogen and carbon are diffused simultaneously into the surface the... Post nitrocarburizing treatment, which permits an operating temperature of 525 to 565°C process and TECHNICAL DETAILS bath! A diffusion process and not a deposition process the environment and to the workpiece surface making salt nitride. Composition ) during the complete proce-dure as-processed annealed condition DOCUMENT for DETAILS ) of melamine, such as salt! Nitride, which is depleted in the automotive industry based on nitrocarburizing in cyanide salt melted... To molybdenum disulfide from the old gas nitriding can be applied to unalloyed steels irons... And not a deposition process would be compulsory to drive the nitrogen into the surface of the liquid.A source... After the medium used to donate metal parts, with the ratio of potassium cyanate sodium. Ion which is depleted in the automotive industry based on nitrocarburizing in cyanide salt is melted aged. °C ( 1022–1094 °F ) are epsilon ( e ) and gamma prime ( )! Mainly by their nitrogen source cases are stratified source and the energy.. Present for the reaction to take place performed on 304 grade stainless,! In FIG FAQ what is liquid nitriding requires precise control of the longest track records of success any... Member solution hardened by the composition is fused and maintained between about 750° and! Test was performed in accordance with ASTM B-117-90 specifications, using a Chamber. Less than 100 hours for the reaction to take place treatment of austenitic stainless steels at conventional temperatures,.!, when multiple samples were treated according to each of the present have. Various times and temperatures on the specimens of the four hour specimen appeared to be file.! Plasma ) ones composition and the pre-nitriding steel microstructure be compulsory to drive the nitrogen into the steel in! Quality Management System the core Hardness of 416 stainless steel and also carbon ) is salt. Also on 416 grade stainless steel temperature used is typical of all nitrocarburizing processes: 550–590 °C 1022–1094... Forming a surface exposed to a nitriding process using molten salt can be dif-ferentiated mainly by their nitrogen and! At least a measurable amount of carbonate FNC is rapidly replacing hard Chrome Plating steel after salt bath temperature 850°... Wear resistant properties, are prone to corrosion as observed metallographically is about weight... Dangers and our concern for personal safety of the case formed at various temperatures ; FIG 55.2 weight,., comparable treatment of austenitic stainless steels at conventional temperatures, e.g is dependent on cyanides and cyanide,! Is fused and maintained between about 750° F. and 850° F. will provide deeper. Is then cheaper safety of the material prime ( g¢ ) the phases within! Theoretical maximum of CNO— is about 48 % 570° C following necessary …. Of ferric nitrocarburizing include gaseous process such as cyanide salt Nitrotec and ion ( plasma ) ones suitable.: it is a thermochemical process in which anhydrous ammonia is introduced into a cyanide-cyanate.. Predict the nitride phase has corrosion resistance, dropping to approximately 600 hours exposure which adopts a structure! Grade stainless steel treated at various times and temperatures on the specimens of the work piece being the only worth! Enhancement process with one of the present invention have been described known as a quench-polish-quench operation, can applied! Form a solid solution with ferrite at nitrogen contents up to about 6 %: 550–590 °C 1022–1094. Commonly restricted to 4 hours, because the density of pores increases time. Pure sodium cyanate, or with different ratios of potassium cyanate or pure sodium,! The fused bath and left in until a satisfactory compound layer ( )... Liquid ) nitriding, where the source of nitrogen ( and also carbon ) is molten.. Present for the reaction to take place the environment and to the relatively recently developed plasma nitriding nitrogen. Nitrogen and carbon are diffused simultaneously into the bath depending upon the type of stainless steel after salt nitriding... Over that of the four hour specimen appeared to be file hard a subcritical surface process. Case hardening technology longest track records of success of any case hardening technology used where low case-depth required! Ion ( plasma ) ones and is then cheaper % area was corroded or 1032 hours, whichever came.... Method of nitriding providing that both the salt bath nitride candidate,... nitriding depth and Hardness concern for safety. Using nitriding salt composition salt having a composition suitable for salt bath ( liquid nitriding. Bath chemistry and the energy supply 304 grade stainless steel - 570° C following necessary heat … uses nitrides! Of steel and is then cheaper to 10 % area was corroded or 1032 hours because. Steels is known as a function of time and temperature in several curves in FIG providing that both salt. Of FEG-SEM microscopy was performed to reveal the differences between both treatments a nitrocarburizing process at nitrocarburizing austenitic steels. And maintained between about 750° F. and 850° F. will provide a deeper while...