FUSHUN METAL | Technical Blog Development of Large-Diameter UNS N08367 Super Austenitic Stainless Steel Seamless Pipes for Nuclear Power Plants Manufacturing Process, Performance Analysis, and Corrosion Resistance Properties Table of Contents Introduction to UNS N08367 Super Austenitic Stainless Steel Chemical Composition Control Manufacturing Process for Large-Diameter Seamless
Read more →High Nitrogen Austenitic Stainless Steel: Research Progress, Manufacturing Processes & Future Outlook Published by FUSHUN METAL | January 2025 | Technical Review Table of Contents Introduction to High Nitrogen Austenitic Stainless Steel Global Development History and Current Status Manufacturing Methods: Melting-Casting Processes Manufacturing Methods: Powder Metallurgy Powder
Read more →Metal Materials for Pressurized Water Reactor (PWR) Nuclear Power Plants: Complete Technical Guide By FUSHUN METAL | December 21, 2024 | Blog Table of Contents 1. Technical Requirements for PWR Nuclear Power Plant Materials 2. Materials for Main PWR Equipment 3. Three Key Nuclear Equipment Materials 4.
Read more →Steel Pipe Materials for Nuclear Power Plants: A Comprehensive Technical Guide As nations worldwide accelerate their nuclear power development programs, the construction of nuclear power stations has entered a phase of rapid expansion. This comprehensive guide analyzes the steel pipe materials used in pressurized water reactor (PWR)
Read more →Introduction to Forging and Residual Heat Forgings are metal components shaped under pressure through plastic deformation to achieve desired forms or appropriate compressive strengths. This force is typically applied using hammers or presses. The forging process refines the grain structure of metals and enhances their physical properties.
Read more →Importance of Heat Treatment in Large Forged Steel Parts Large forged steel components play a critical role in shipbuilding, railways, electric power, petrochemicals, metallurgy, and aerospace. These parts support national economic development and ensure the safety and reliability of high-end equipment. Their quality directly affects the performance
Read more →What Is Temper Embrittlement in Steel? Temper embrittlement refers to a phenomenon where quenched steel becomes brittle after tempering within certain temperature ranges or after slowly cooling through these ranges. It can significantly affect the toughness and reliability of steel components. Classification of Temper Embrittlement Temper embrittlement
Read more →Electric Arc Furnace (EAF) Principle of EAF The Electric Arc Furnace (EAF) primarily relies on the intense heat generated by electric arcs. In the arc zone, temperatures can reach up to 4000°C. The steelmaking process inside an EAF generally includes three stages: Melting phase Oxidation phase Reduction
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