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
"Ying-Chang is far more than just an engineering contractor—we are a long-term strategic partner in the critical piping engineering sector. From early-stage pipe bending technical consultations and trial-bending inspections to subsequent production and collaborative shipping, our comprehensive services co-create exceptional value for every project. Backed by a dedicated cold-bending technical support team, Ying-Chang is positioned as a reliable partner contributing concrete, tangible value toward successful project execution, risk control, and long-term development." 潁璋不只是工程承包商...而是在關鍵配管工程領域中的長期策略夥伴。 從前期彎管技術諮詢與試彎曲過程檢驗查證,以至後續彎管生產與協同出貨的全方位服務,共同為專案創造更高的價值。 潁璋提供冷作彎管技術團隊支援,定位為協作專案成功執行、風險性控管與長期化發展…所帶來具體化&實質貢獻的可靠夥伴。
各領域類型 彎徑R/D比
-
1.5DR冷作彎管工程(石化廠)
LNG液化石油氣管線(4″_40S/300#系統)
-
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)
-
客製化、開模彎管(特定R值)
離岸風電( 灌漿管)
-
1.5DR冷作彎管工程(石化廠)
LNG液化石油氣管線(4″_40S/300#系統)
-
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)
-
客製化、開模彎管(特定R值)
離岸風電(灌漿管)
潁璋 Cold Bending 園地
針對新世代超大型燃氣複循環發電廠之管線工程技術分析:304H不銹鋼管材、感應彎管與IH-PBHT熱處理工法之差異化研究 (Technical Analysis of Piping Engineering for New-Generation Mega-Scale Combined Cycle Gas Turbine (CCGT) Power Plants: A Comparative Study of 304H Stainless Steel, Induction Bending, and IH-PBHT Processes)
摘要 在全球能源轉型與淨零碳排的嚴格政策驅動下,燃
聯合循環電廠餘熱蒸汽發生器(HRSG)管線邊界與法規適用性之深度研究:BP、BEP與NBEP之系統界線及工程實務分析 (An In-Depth Study on Piping Boundaries and Regulatory Compliance for Heat Recovery Steam Generators (HRSG) in Combined Cycle Power Plants: Analytical Framework of BP, BEP, and NBEP System Interfaces and Engineering Practices)
摘要 在現代聯合循環電廠(Combined Cyc
鍋爐外部配管(BEP)之法規交界解析與冷彎管工法之戰略應用:基於 ASME Section I 與 B31.1 雙重標準之工程與數位化實務 (Jurisdictional Boundaries of Boiler External Piping (BEP) and Strategic Application of Cold Bending: Engineering and Digitalization Practices Under ASME Section I and B31.1 Dual Standards)
緒論:超臨界汽電系統中的管轄權迷宮與工程技術之演進
複循環電廠(CCPP)P91/P92高能管線工法之深度研究:3D/5D彎管與1.5D電銲彎頭在水錘與蒸氣錘衝擊下的力學表現、殘餘應力演化與微觀組織穩定性分析 (In-depth Research on High-Energy Piping Construction Methods for CCPP: A Comparative Analysis of 3D/5D Bends vs. 1.5D Welded Elbows regarding Mechanical Performance under Water/Steam Hammer, Residual Stress Evolution, and Microstructural Stability in P91/P92 Steels)
摘要 隨著現代複循環電廠(Combined Cyc
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。






