Brazing was one of the earliest material-joining methods to be invented and widely used by humans. In the past 30 years, the technology and materials employed for brazing have developed rapidly and continuously. With the rise of the international new industrial revolution, the manufacturing industry is moving towards diversification, and brazing filler metals are also evolving in the direction of eco-friendliness, compounding and diversification. In the “carbon neutral” environment of 2021, green composite brazing materials will become mainstream. In this paper, the classification and characteristics of flux-containing brazing materials are summarized, and the preparation technology, composition design and typical application of composite b...
One of the most promising structural materials in gas turbine engineering is the alloys based on an ...
The brazing behavior of 3003 fin assemble with 4343(filler layer)/4A60(transition layer)/08Al(steel ...
The capability to join various metallic and non-metallic materials is crucial to the production of a...
Brazing processes offer enhanced control, adaptability and cost-efficiency in the joining of materia...
Green brazing is one of the key basic technologies in the manufacturing industry, and the wide appli...
Brazing fillers for joining applications are essential for manufacturing and designing advanced mate...
In this article, environmental friendly BAg25Cu40Zn34Sn (BAg-25) and BAg30Cu37Zn32Sn (BAg-30) flux-c...
Brazing is a 5000-year-old joining process which still meets advanced joining challenges today. In b...
This final year project is to test and study a new material to be used for brazing metal pieces toge...
In the conventional brazing, the clad materials with the filler layer and the flux coating have been...
This study was carried out to develop the flux and filler metals that enabled brazing a magnesium al...
One of the most promising structural materials in gas turbine engineering is the alloys based on an ...
The paper presents issues of brazing the graphite composite CFC 222 with the molybdenum alloy TZM. B...
Powder brazing filler metals (PBFMs) feature a number of comparative advantages. Among others, these...
The majority of additive manufacturing methods use different materials for the production of parts. ...
One of the most promising structural materials in gas turbine engineering is the alloys based on an ...
The brazing behavior of 3003 fin assemble with 4343(filler layer)/4A60(transition layer)/08Al(steel ...
The capability to join various metallic and non-metallic materials is crucial to the production of a...
Brazing processes offer enhanced control, adaptability and cost-efficiency in the joining of materia...
Green brazing is one of the key basic technologies in the manufacturing industry, and the wide appli...
Brazing fillers for joining applications are essential for manufacturing and designing advanced mate...
In this article, environmental friendly BAg25Cu40Zn34Sn (BAg-25) and BAg30Cu37Zn32Sn (BAg-30) flux-c...
Brazing is a 5000-year-old joining process which still meets advanced joining challenges today. In b...
This final year project is to test and study a new material to be used for brazing metal pieces toge...
In the conventional brazing, the clad materials with the filler layer and the flux coating have been...
This study was carried out to develop the flux and filler metals that enabled brazing a magnesium al...
One of the most promising structural materials in gas turbine engineering is the alloys based on an ...
The paper presents issues of brazing the graphite composite CFC 222 with the molybdenum alloy TZM. B...
Powder brazing filler metals (PBFMs) feature a number of comparative advantages. Among others, these...
The majority of additive manufacturing methods use different materials for the production of parts. ...
One of the most promising structural materials in gas turbine engineering is the alloys based on an ...
The brazing behavior of 3003 fin assemble with 4343(filler layer)/4A60(transition layer)/08Al(steel ...
The capability to join various metallic and non-metallic materials is crucial to the production of a...