潁璋工程 協作專案成功執行、風險性控管與長期發展所帶來具體化&實質貢獻的合作夥伴
To Our Valued Partner
We are writing to introduce Ying Zhang, a leading provider of piping and cold work engineering solutions. Our company started by focusing on industrial piping and cold work engineering contracts. Through continuous technical innovation and development, we have advanced our capabilities, specializing in the professional and customized manufacturing of cold-formed bends. These products are widely used for heavy-duty pipeline processing in the petrochemical and energy sectors. At Ying Zhang, we are more than just a contractor; we are a long-term strategic partner. We offer comprehensive, full-service support that goes beyond a standard supply relationship. Our process includes: • Initial technical consulting • Verification during the trial bending phase • Full-scale production and delivery Our dedicated team provides technical support to ensure the successful execution of your projects, effective risk management, and long-term value creation. We are committed to being a reliable partner who makes a concrete and substantial contribution to your success. We look forward to the opportunity to discuss how we can partner with you to achieve your project goals. Sincerely, The Ying Zhang Team
各領域類型 彎徑R/D比
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1.5DR冷作彎管工程(石化廠)
LNG液化石油氣管線(4″_40S/300#系統)
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3D&5D small & large bore 冷作彎管工程(發電廠)
燃氣複循環發電廠(small bore管線)
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客製化、開模彎管(特定R值)
離岸風電( 灌漿管)
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1.5DR冷作彎管工程(石化廠)
LNG液化石油氣管線(4″_40S/300#系統)
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3D&5D small & large bore 冷作彎管工程(發電廠)
燃氣複循環發電廠(small bore管線)
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客製化、開模彎管(特定R值)
離岸風電(灌漿管)
潁璋 Cold Bending 園地
動力級高溫高壓配管之工法革新:以冷彎技術降低 P91 銲接熱影響區 (HAZ) 與 Type IV 裂紋失效風險之價值評估——以 Mitsubishi Power 研發之 M501JAC 系列為例 (Construction Innovation in High-Pressure/High-Temperature Power Piping: Evaluating the Value of Cold Bending in Mitigating HAZ and Type IV Cracking Risks — A Case Study of Mitsubishi Power’s M501JAC Series)
一、 當代複循環燃氣發電系統與超高溫管線之冶金挑戰
基於 ASME B31J 規範之 P91 小管徑厚件 (2″ XXS) 5D 冷作彎管與傳統 1.5D 銲接彎頭之應力強化係數 (SIF) 與疲勞壽命優化及預期目標對比研究 (Comparative Study on Stress Intensification Factors (SIF) and Fatigue Life Optimization of ASME B31J-Based P91 Small-Bore Heavy-Wall (2″ XXS) 5D Cold-Bent Pipes vs. Traditional 1.5D Welded Elbows)
一、 導言與超臨界高溫管線工程之發展背景 在全球能
2026 ASME規範下管線系統流場優化與全生命週期可靠度研究:CCPP電廠3D/5D大半徑冷彎管之CTCI設計、潁璋工程實務與業主決策解析(Flow Field Optimization and Whole-Life Reliability of Piping Systems under 2026 ASME Codes: A Study on CTCI Design, Ying-Zhang Engineering Practices, and Owner Decision-Making for 3D/5D Large-Radius Cold Bends in CCPP)
一、 現代高壓管線系統工程設計之演進背景與幾何挑戰
潁璋工程興業有限公司
我們秉持『專業技術、核心價值、服務至上、品質導向』朝著永續經營理念邁進。






