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The final crystal structure of stainless steel depends on the balance between ferrite-forming elements (e.g., chromium, iron) and austenite-forming elements: ‌200 Series Stainless Steel‌: Uses manganese and nitrogen to partially replace nickel (e.g., Type 201 with 4.5% Ni + 0.25% N) to achieve full austenite. Substandard 200-series alloys may reduce chromium content, compromising corrosion resistance. ‌300 Series Stainless Steel‌: High nickel content (e.g., 304 with 8% Ni) ensures fully austenitic, non-magnetic properties. ‌400 Series Stainless Steel‌: Nickel-free or low-nickel, forming fully ferritic structures (e.g., 430), which are magnetic. ‌Duplex Stainless Steel‌: Balanced nickel content (e.g., 2205) creates a ferrite-austenite hybrid structure, combining strength and corrosion resistance.

Spot market prices for Asian stainless steel saw gains today, with 300-series grades increasing by up to 1.1%.

The global demand for hastelloy C276 plate, a nickel-molybdenum-chromium superalloy renowned for its exceptional corrosion resistance, has witnessed a remarkable surge in recent years—particularly across emerging economies. This trend is driven by rapid industrialization, infrastructure modernization, and stricter environmental regulations in regions such as Southeast Asia, India, Latin America, and the Middle East. As these economies prioritize sustainable growth and technological advancement, hastelloy C276 plates are increasingly becoming a cornerstone material for critical industries.