不锈钢焊条

  • 网络Stainless Steel Electrode
不锈钢焊条不锈钢焊条
  1. TiO2对不锈钢焊条脱渣性的影响

    Effect of TiO_2 on detachability of stainless steel electrode

  2. 高效E0-19-10-16型不锈钢焊条的研究

    A Study of Efficient E0-19-10-16 Stainless Steel Electrode

  3. ZrO2对不锈钢焊条工艺性能的影响

    Influence of ZrO_2 on the technological properties of stainless steel electrodes

  4. 选用超低碳奥氏体不锈钢焊条A042A.采用焊条电弧焊焊接316L/20g复合管的第1层焊缝,盖面层的焊接选用J507焊条。

    Shielded metal arc welding and super-low carbon austenitic stainless steel electrode are used to the welding process on the 1st layer of weld metal of 316L / 20g compound pipes and construction steel electrode are used to cosmetic welding .

  5. 双层药皮对不锈钢焊条工艺性能的影响

    Effect of Double Coating on the Usability of Stainless Steel Electrode

  6. 新型系列不锈钢焊条研究

    The research on new series of stainless steel welding rod

  7. 超低碳马氏体不锈钢焊条的研制与应用

    Development of Super - low Carbon Martensite Stainless Steel Electrode

  8. 不锈钢焊条脱渣性影响因素的分析

    Study on the Influence Factors of Slag Detachability of Stainless Steel Electrode

  9. 氧化钇对不锈钢焊条发红性能的影响

    Influence of Oxide of Yttrium on Reddening Properties of Stainless Steel Electrode

  10. 不锈钢焊条冶金过程硅元素过渡规律的研究

    Law of Silicon Element Transition of Stainless Steel Electrode in welding Metallurgy

  11. 不锈钢焊条的混料回归分析与优化设计

    The mixture regression and optimization design of the stainless steel coating formula

  12. 高效不锈钢焊条工艺性能的研究

    Study on the Usability of Efficient Stainless Steel Electrode

  13. 碳钢芯不锈钢焊条合金化机理的探讨

    Investigation on the alloying mechanism of carbon steel core wires of stainless electrode

  14. 为探索从药皮配方改善不锈钢焊条尾部发红开裂的技术路线,基于均匀设计计算机软件制作、研究了28个不锈钢焊条小样。

    28 stainless steel electrodes were studied based on uniform design computer software .

  15. 稀土元素对奥氏体不锈钢焊条熔敷金属组织和性能的影响

    Effect of Rare Earth Elements on Deposited Metal of Austenitic Stainless Steel Electrode

  16. 不锈钢焊条熔滴过渡形态的控制

    Controlling for Droplet Transfer Manner of Stainless Steel Electrode

  17. 氮强化奥氏体不锈钢焊条的研究

    A Study on Austenitic Stainless Electrode Strengthened by Nitrogen

  18. 大理石、萤石对不锈钢焊条熔滴过渡及熔滴中夹杂物的影响

    Influence of calcite and fluorite on metal transfer and inclusion in stainless steel electrode

  19. 用模糊聚类分析研究不锈钢焊条工艺稳定性

    A study of technological stability of covered stainless steel electrodes by fuzzy cluster analysis

  20. 基于均匀设计方法探索新渣系不锈钢焊条抗气孔性

    Exploring blowhole resistance of new slag system stainless steel electrode by uniform design method

  21. 长石对不锈钢焊条工艺性能影响的研究

    Study on effect of feldspar on usability of stainless steel covered behavior of steel

  22. 不锈钢焊条焊接镀铝钢板焊缝的组织和性能研究

    Research on Structure and Property of Weld of Hot-dip Aluminized Steel with Stainless Steel Electrode

  23. 焊条渣壁过渡形态的倾向大小是衡量不锈钢焊条工艺稳定性的主要标志。

    Study on the slag detachability of stainless steel electrode based on uniform design method ;

  24. 焊条药皮成分对不锈钢焊条工艺性能有较大的影响。

    The component of electrode coating has certain effects on the usability of stainless steel electrode .

  25. 焊后热处理对奥氏体不锈钢焊条熔敷金属韧性的影响

    Effect of Postweld Heat Treatment on the Toughness of Deposited Metal with Chromium-Nickel Austenitic Stainless Steel Electrode

  26. 借助光学及电子显微镜,对不锈钢焊条焊接低合金高强钢的异种钢接头熔合区的马氏体带,进行了试验研究。

    By optical and electronic microanalysis methods , the martensite brittle layer of the dissimilar steel welded joint fusion zone has been explored .

  27. 根据实验结果,分析了不锈钢焊条熔渣宏观断口形貌和熔渣的微观结构对脱渣性的影响。

    The effects of macroscopic fracture surface patterns and microstructure of slag of stainless steel electrode on the slag detachability have been analyzed .

  28. 在焊接接头部位腐蚀膜比较薄,这是由于使用的是高铬高镍不锈钢焊条。

    Due to the usage of a high chromium high nickel stainless steel welding rod , corrodent product film of welded joints is thin .

  29. 焊缝金属化学成分、力学性能达到同类型铬镍合金焊芯不锈钢焊条的要求。

    Chemical constituent and dynamics properties of the weld seam metal have reached the requirements of the same kind of chromel welding core stainless steel electrode .

  30. 阀座、阀瓣密封面均由铁基铬镍不锈钢焊条堆焊而成,提高了耐磨性和抗冲蚀性。

    Both sealed surfaces of the seat and disc are overlaying welded with Fe base stainless steel welding rod so as to improve wear resistance and erosion resistance .