Vacuum Brazing Aluminum Matrix Composites with Low Melting Point Solder Development 真空钎焊用低熔点铝基复合钎料的研制
The Research on Brazing Process betweeen W-Cu Heat Sink with Plated Nickel and Silver-copper Solder 镀镍钨铜与银铜焊料钎焊工艺的研究
Study on vacuum brazing with silver based solder 银基钎料真空钎焊效果的研究
Application of Ag-Cu-P Brazing Solder with Negligible Content of Silver to a Electric Machine Ag-Cu-P系列低银钎料在电机上应用
A study on a module to solve the problem of the inefficiency of vacuum brazing with silver based solder. 针对多年来银基钎料真空钎焊效果不佳的问题,以一组件为例进行研究。
Influence of Cu on microstructure of soldered joint in Al brazing with rapid-solidifying Al-Cu solder 快速凝固Al-Cu钎料钎焊铝Cu对钎缝组织的影响
Experimental Research on Torch Brazing Solder for Al-Cu Joint Welding 铝-铜火焰钎焊材料研究
Silver-based brazing filler metals is the most important and typical hard solder, which has been widely used for brazing low-carbon steel, stainless steel, copper and copper alloys, high temperature alloy and refrigeration industry. 目前,银基钎料是最重要、最具代表性的硬钎料,广泛应用于低碳钢、不锈钢、铜及铜合金、高温合金及制冷行业中的钎焊。
However, the composite layer material itself has a very complicated manufacturing process. As differences in manufacturers or production technology, solder thickness and uniformity will affect the heat transfer during brazing and solder flow, which create difficulties for the brazing process. 而复合层材料本身就是很复杂的制造过程,由于生产厂家或生产技术的差异,钎料层厚度及均匀度会影响钎焊时的传热与钎料的流动情况,为钎焊工艺带来困难。