铜基钎料

  • 网络Copper base brazing filler metals
铜基钎料铜基钎料
  1. 低银铜基钎料化学成分的设计

    Design of chemical composition of low silver copper-base filler metals

  2. 合金元素对铜基钎料钎焊性能的影响

    Influence of Alloying Element on Performance of Copper Base Solders

  3. 对铜基钎料钎焊叶轮进行宏观、微观检查及断口电镜分析。

    Through macro and micro examination for braze welding impeller .

  4. 快冷铜基钎料真空钎焊的润湿性研究

    Investigation of wettability of rapidly solidified Cubased brazing ribbons for vacuum brazing

  5. 铜基钎料钎焊SiC/Nb的接头组织及强度

    Microstructure and strength of SiC / Nb joint with Cu based brazing filler metal

  6. 遗传算法在多元铜基钎料成分优化中的应用

    Application of Genetic Algorithm to Composition Optimum in Multicomponent Cu - base Filler Meter

  7. 非晶态铜基钎料钎焊紫铜的工艺研究

    A study of the soldering technology and the microstructure of cuprum soldered with amorphous copper-based tinsel solder alloys

  8. 多元铜基钎料性能优于铜锌钎料(BCu62Zn)。

    The properties of the multicomponent Cu base filler metal are prior to those of Cu Zn filler metal .

  9. 研究结果表明:铜基钎料钎焊白口铸铁界面冶金反应剧烈,时间和温度对界面的形成影响明显。

    Interface metallurgy action is intense for copper based filler metal brazing white cast iron and the influence of the time and temperature on the interface formation is obvious .

  10. 多元铜基活性钎料对c-BN的润湿性与微观组织

    Wettability and microstructure of multicomponent Cu-based active filler metal on c-BN

  11. 铜磷基钎料用于铜与低碳钢钎焊的研究

    Brazing Copper to Mild Using Copper & Phosphorus Base Brazing Foil

  12. 铜基高温钎料中钴作用机制的研究

    Study of the Action Mechanism of cobalt in Copper-based High Temperature Brazing Alloy

  13. 铜基与银基钎料用膏状钎剂的研究稀土在磷铜钎料中的应用

    CREAM SOLDER USED FOR SILLIER BASE FILLER METAL Application of RE in Phosphor - copper Brazing Filler Metal

  14. 相图在铜基合金中温钎料研制中的应用

    Application of Phase Diagram to Research Mid-temperature Brazing Copper Alloy

  15. QJ302膏状铜钎焊溶剂,配合铜基钎料在850-1150℃,钎焊铜及碳钢、铸铁、不锈钢等多种硬质合金。

    QJ302 copper brazing paste solvents , with copper-based solder in850-1150 ℃, brazing copper and carbon steel , cast iron , stainless steel and other hard alloy .