What is GH3536 Superalloy (Hastelloy X alloy)

Australian alumina ban disrupts Rusal Hastelloy X alloy prices for chemicals. Patel said. "One possible outcome could be Chinese buyers buying alumina and reselling it through eastern Russian ports." Rusal has a 20% stake in the Queensland Alumina Refinery, which has a capacity of 3.95 million tonnes a year, thus providing Rusal with 790,000 tonnes a year, Patel said. In addition, Rusal's Nikolaev refinery in Ukraine, which has an annual capacity of 1.75 million tonnes, has been suspended due to the conflict, he added. WoodMac said Rusal was also experiencing supply chain problems at its 2 million tonne a year Aughinish refinery in Ireland.

What is GH3536 superalloy (Hastelloy X alloy)

GH3536 (Hastelloy X alloy) is a nickel-based superalloy with high iron content mainly solid solution strengthened by chromium and molybdenum. It has good oxidation resistance and corrosion resistance, and has moderate durability and creep below 900 ℃. Strength, cold and hot workability and good weldability. Used in the manufacture of combustion chamber parts and other high-temperature parts of aero-engines, long-term use below 900 °C, and short-term operating temperature can reach 1080 °C. The main varieties supplied are plates, strips, pipes, bars, forgings, rings and precision castings.

GH3536 (Hastelloy X alloy) process performance and requirements

GH3536 (Hastelloy X alloy) formability alloy has good cold and hot forming properties. Forging heating temperature 1170℃±10℃, final forging temperature not lower than 950℃; slab hot rolling heating temperature 1150℃±10℃, final rolling temperature not lower than 850℃; ring hot rolling heating temperature 1170℃±10℃ .

GH3536 (Hastelloy X alloy) welding performance This alloy has good welding process performance, and can be welded by argon arc welding, seam welding and spot welding. HGH3536 or HGH3113 wire is recommended for argon arc welding.

The microstructure of the alloy in the solid solution state is an austenite matrix with a small amount of TiN and M6C carbides. After long-term aging at 700～900℃, the main precipitation phases are M12C and M3B2, accompanied by trace μ phase and L phase. After aging at 700℃ for 200h, a small amount of σ phase appeared, but after aging at 800℃, the σ phase did not exist, and a small amount of M23C6 was precipitated, and sometimes a small amount of L phase appeared. Therefore, the alloy exhibits a certain degree of age hardening after long-term aging, which reduces the plasticity and the high temperature strength.

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