Application of Austenitic Precipitation Hardening Stainless Steel 0Cr15Ni25MoTiAlVB(A-286)

A-286 (0Cr15Ni25MoTiAlVB) Precipitation-Hardening Stainless Steel: Properties, Applications and Fabrication

A-286 (0Cr15Ni25MoTiAlVB) is a precipitation-hardening stainless steel grade. It has a combination of high strength and good corrosion resistance when compared to the austenitic stainless steel grades like 304, 316 and 321. A-286 (0Cr15Ni25MoTiAlVB) is primarily used in aerospace and automotive engineering applications. The high strength and good corrosion resistance of this material make it ideal for these industries.

A-286 (0Cr15Ni25MoTiAlVB) is a combination of Chromium (Cr), Nickel (Ni), Molybdenum (Mo), Titanium (Ti) and Aluminum (Al). The Chromium and Nickel provide corrosion resistance, while the Molybdenum, Titanium and Aluminum provide strength. The combination of these elements gives the material very good mechanical properties at elevated temperatures. The material is heat treatable and can be heat treated to provide additional strength.

The material is also very resistant to oxidation and creep at elevated temperatures. It has very good mechanical properties at both ambient and elevated temperatures. The material has excellent fatigue and wear resistance. It is also very resistant to stress corrosion cracking and has very good resistance to chloride ion pitting attack.

A-286 (0Cr15Ni25MoTiAlVB) is used in a variety of applications in the aerospace and automotive industries. It is used in turbine blades and discs, fasteners, exhaust systems, flanges, rings, and gaskets. The high strength and good corrosion resistance make it ideal for these applications.

A-286 (0Cr15Ni25MoTiAlVB) can be machined using standard machining methods and tools. The material must be machined to achieve the desired shape and size. The material can be cold or hot worked using conventional methods.

A-286 (0Cr15Ni25MoTiAlVB) can be welded using standard methods as well. The material can be welded using TIG, MIG, and submerged arc welding. The welded joints must be post-weld heat treated to achieve the desired mechanical properties.

A-286 (0Cr15Ni25MoTiAlVB) can be formed using conventional methods as well. The material can be bent, penetrated and rolled. The material must be annealed prior to forming for optimum results.

A-286 (0Cr15Ni25MoTiAlVB) is an excellent material for many applications in the aerospace and automotive industries due to its combination of high strength and good corrosion resistance. The material can be machined, welded, and formed using conventional methods. It is also possibly to heat treat the material to obtain additional strength.

0Cr15Ni25MoTiAlVB(A-286) stainless steel is a precipitation hardened stainless steel which is mainly used for components with stringent requirements for high temperature strength, corrosion resistance and strain suggested for motion control parts, non-magnetic tool components and parts used in chemical furnace environments.

0Cr15Ni25MoTiAlVB(A-286) stainless steel can maintain good ductility and strength at low temperatures, and can maintain higher strength and excellent creep resistance up to 1010°C. Typical applications include turbine blades, rods, pins and shafts. A-286 is also used for instrument frames, hydraulic cylinder glands, bolts and nuts for pulse jet engines.

0Cr15Ni25MoTiAlVB(A-286) stainless steel offers excellent corrosion resistance at both low and high temperatures. It exhibits superior oxidation resistance up to 980°C, making it well suited for parts used in the corrosive environment of the aerospace industry.

0Cr15Ni25MoTiAlVB(A-286) stainless steel also has excellent creep and stress rupture properties, making it well suited for international specifications, including SAE-AMS-5633, SAE-AMS-5643 and SAE-AMS-5823. These specifications are for products that are used for engines, landing gear and other components that have to withstand air pressure loads without fail.

0Cr15Ni25MoTiAlVB(A-286) stainless steel of itself is a high performance component that can offer excellent long-term strength, corrosion resistance and strain, making it good for uses in instrument frames, rods, pins, turbine blades and other components that need reliable properties at very high temperatures. It is a component that offers good value to industry and is suitable for use in a variety of industries and applications.