山西建筑
山西建築
산서건축
SHANXI ARCHITECTURE
2015年
14期
85-86,87
,共3页
输电杆塔结构%铝锌硅镀层%生产工艺%二次助镀
輸電桿塔結構%鋁鋅硅鍍層%生產工藝%二次助鍍
수전간탑결구%려자규도층%생산공예%이차조도
transmission tower structures%Al-Zn-Si hot-dip coating%production technique%double assistant agent
选取钢板、角钢和钢管为试验对象，探索在钢材表面进行 Al—Zn—Si 和 Al—Zn—Si—RE 热镀工艺，创新性的提出了二次助镀技术，优化并确定了各流程的工艺参数，为在输电杆塔结构用钢中推广镀铝锌硅（稀土）技术奠定了实验基础。
選取鋼闆、角鋼和鋼管為試驗對象，探索在鋼材錶麵進行 Al—Zn—Si 和 Al—Zn—Si—RE 熱鍍工藝，創新性的提齣瞭二次助鍍技術，優化併確定瞭各流程的工藝參數，為在輸電桿塔結構用鋼中推廣鍍鋁鋅硅（稀土）技術奠定瞭實驗基礎。
선취강판、각강화강관위시험대상，탐색재강재표면진행 Al—Zn—Si 화 Al—Zn—Si—RE 열도공예，창신성적제출료이차조도기술，우화병학정료각류정적공예삼수，위재수전간탑결구용강중추엄도려자규（희토）기술전정료실험기출。
This paper selects steel plate,steel angle and steel tube as the test objects to explore the production techniques of hot-dip coatings of Al—Zn—Si and Al—Zn—Si—RE. The double assistant agent has been creatively put forward and the technological parameters have been opti-mized,all of which lay the experimental foundations for the promotion of Al—Zn—Si(—RE)alloy coating on the transmission tower structures.
