Exclusive Advanced Nitriding Solutions

Advanced Nitriding process diffuses nitrogen and carbon into the surface of metals.Nitriding is used on ferrous,titanium,aluminium,and molybdenum alloys,and most commonly on low carbon,low-alloy steels.

Nitrocarburizing is a process that improves the surface properties of metal components by increasing the fatigue strength.Nitrocarburizing is a lengthy process and may affect to get up to the required temperature.

At Advanced Nitriding Solutions  get a case hardening technology  for a wide  variety of applications.We specialize in nitriding,advanced nitriding solutions is a quality focused organization.Our innovative nitriding applications deliver tangible competitive advantages to customers in North America and abroad.

Nitriding Solutions effectively used as thermochemical surface treatment in which nitrogen is transferred from an ammonia atmosphere into the steel at temperatures within the ferrite and carbide phase field.The purpose of nitriding and nitrocarburizing is to improve wear,corrosion and fatigue resistance of constructional parts.These improvements can be understood when looking at surface microstructure and hardness after treatment.It is carried out at temperatures below the transformation temperature of alloy steels,so that proper manufacturing techniques,there is little or no distortion as a result of the process. Parts to be nitrided are heat treated to the proper strength level,and final machined.As a result, a very high strength product with extremely good wear resistance can be produced,with little or no dimensional change.

Gas nitriding is an important thermochemical surface treatment that is used to improve the wear and corrosion resistance resistance as well as fatigue endurance of steel parts.It is a surface hardening process,where nitrogen is added to the surface of steel parts using dissociated ammonia as the source.

Plasma Ion Nitriding can be used for hardening long parts,such as steel shaft,because it delivers a uniform diffusion of nitrogen along the entire part.During plasma treatments,ions bombard the treated stainless steel and sputter native chromium.Gas methods, require activating agents such corrosive acids be added to the nitrogen-rich gas.