Fushun Special Steel supplies high-performance special steels for the green energy industry — including wind turbine main shafts (42CrMo4, 34CrNiMo6), gearbox grades (18CrNiMo7-6), bearing steels (GCr15), offshore stainless (316L, 17-4PH, 2205 Duplex), hydropower stainless (0Cr13Ni5Mo), and EV gear steels. Certified to EN, ASTM & JIS. 5,400+ grades, global supply.
Read more →Fushun supplies heat-resistant stainless steels (310S, 321, 347H, 253MA) and nickel-based superalloys (Inconel 625, 718, Incoloy 800H/HT, Hastelloy X) for coal-fired and thermal power generation. VIM–VAR and ESR melting. ASTM/ASME certified.
Read more →Double-vacuum (VIM+VAR) melted nickel superalloys, austenitic stainless steels & pressure vessel steels for PWR/BWR nuclear power plants. ASME Section III & RCC-M compliant. Alloy 690, 625, 718, 316LN, SA-508, 16MND5 and more.
Read more →Company impersonation fraud warning from Fushun Metal. Unauthorized persons using our name are not our staff. Always verify business dealings via our official channels.
Read more →Discover how austenite content improves maraging steel fatigue performance. Learn about TRIP effects, crack propagation resistance, and microstructural stability for high-stress applications.
Read more →Explore how desulfurizer dosage impacts molten steel quality. Learn optimization techniques for Ca-Al alloys and lime to enhance purity and mechanical properties.
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Vacuum induction melting furnaces drive modern superalloy production. Explore VIM furnace design types, market trends, and future automation developments.
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Master defect control in UNS N07718 VIM ingots. We explore thermal modeling, riser height, and pouring speeds to eliminate centerline shrinkage.
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Prevent UNS R30188 cracking during vacuum induction melting. We explain how lanthanum segregation and SDAS expansion cause severe electrode failures.
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Master VIM inclusion control to reduce Al2O3 defects in UNS N07718. Learn how refining temperature impacts crucible erosion and melt purity.
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