This paper introduces the connection using the brazing technique, selects corresponding brazing filler metal and flux together with proper technology, and determines the techniques and measures. 介绍了采用钎焊的方法进行连接;选择了相应的钎料与钎剂;并确定了工艺及措施。
The stainless steel wet with brazing filler metal, before brazing aluminum alloys, it is the essential thoroughly to get rid flux residua, the joints will crack once through period of time if not. 钎料润湿不锈钢后再次与铝合金施焊前,彻底干净去除钎剂残渣是十分必要的,否则日后接头会再次开裂。
Research on the Properties of a New Kind of Middle temperatured Brazing Flux for Al 新型铝中温钎焊剂钎焊性能研究
A new type of non-corrosive aluminum brazing flux 新型无腐蚀性铝钎剂
The stant pull structure anchor chain terminal is made by the cheap reclaimable zinc based alloy brazing material and a new type of brazing flux. 采用低廉的锌基重溶合金钎料和新型钎剂制作斜拉结构拉索锚头。
Analysis for the latest advance of brazing technique without use of brazing flux 无钎剂钎焊技术的最新发展现状
In order to solve the problem that brazing filler metal power and flux bring for stainless steel-aluminum by high frequency induction brazing, the brazing grease is developed. 为了解决不锈钢-铝高频感应钎焊用的粉末状钎料、钎剂所存在的缺点,研制了膏状钎料。
A new brazing technique of ceramic is presented, in which the arc-added glow discharge titanizing is applied to ceramic as a preparative process, then the ceramic is brazed to metal in glow discharge furnace without flux. 介绍了一种陶瓷钎焊的新方法,即以陶瓷加弧辉光渗钛为先导工序,然后在辉光炉中实现陶瓷/金属无钎剂钎焊。
The present situation of brazing on brazing technology, filler metal and flux of aluminium and its alloys is described. 综述了近年来铝及铝合金钎焊在钎焊方法、钎料及钎剂三个方面的技术发展现状,分别介绍了它们各自的发展方向。
Study of Chinese ancient brazing flux 中国古焊药研究
Brazing flux influence on processing properties of light beam brazing 钎剂成分对光束钎焊工艺性的影响
A new type of non-corrosive brazing flux has been studied. 研究并配制了新型无腐蚀性铝钎剂。
A water cooling brazing apparatus using novel Chinese silver-saving brazing alloys without flux and the synchronous and fast brazing technology with double torches are described in this paper. 采用国产新型节银自钎焊料、研制了水冷却保护钎焊装置和双焊炬同步速焊操作工艺。
The result shows that the cutting strength of brazing joint can be improved using vacuum brazing flux with addition of Ni. The mechanism is that Ni element can improve the vacuum brazing joint and the distribution of its matrix structure. 结果表明,采用添加Ni元素的真空钎料,可提高钎焊接头的剪切强度,其机制在于Ni元素能够改善LF21铝合金真空钎焊接头焊缝及其基体组织的分布。
By using this process, the wettability is obviously improved between the hard metal and the liquid state silver brazing flux and copper brazing flux. 采用这种方法可以明显改善硬质合金与液态银钎料和铜钎料的润湿性;
Melting point of brazing flux increased with Ni content. 但随着Ni元素含量的增加,其钎料的熔点也有所提高。
A Study on Brazing 6063 Aluminum Alloy with Fluoride Flux 用氟化物钎剂钎焊6063铝合金的试验研究