Add to ORKGA rapidly solidified (RS) low-sliver brazing alloy with 50% saving in silver has been developed as a potential substitute for the conventional Ag 72% - Cu 28% eutectic alloy. Major applications are envisioned in the electronics and vacuum tube industries. The RS alloy possesses brazing characteristics better than its conventionally cast counterpart, and superior to the traditional silver-copper eutectic alloy
Brazing in tunnel kiln of molded artefacts is a process that has reduced considerably costs and time...
Aluminum alloys based on the Al-Ge-Si system with a germanium content of up to 40 wt.%, promising fo...
Apparatus is provided for fabricating continuous metal strip composed of a low density, readily oxid...
Two types of rapidly solidified filler alloys of nominal composition Cu-40Mn-10Ni (C50) and Ni-7Cr-3...
A low melting (liquidus temperature \u3c570.degree. C.) rapidly solidified brazing alloy consists es...
A copper-based alloy with suitable additives has been developed. Major applications are envisioned i...
The joining behaviour between stainless steel and copper has an importance in scientific and enginee...
The filler alloy of nominal composition Cu–40Mn–10Ni (all in wt%) was prepared in the form of ribbon...
"The Bureau of Mines conducted research on substitute brazing filler alloys with properties similar ...
A Zr-Ti-Cu-Fe quaternary eutectic alloy was employed as a new Be-free brazing filler metal for Zirca...
The novel low-silver 12AgCuZnSn filler metals containing In and Pr were used for flame brazing of co...
The research involved vacuum tests of brazing properties of silver filler metals, containing tin as ...
Eutectic structures in Ag-based brazing filler metals play an important role in improving the proper...
The research began with a survey of methods used in the brazing of different metals taking 1965 as a...
Brazing in tunnel kiln of molded artefacts is a process that has reduced considerably costs and time...
Brazing in tunnel kiln of molded artefacts is a process that has reduced considerably costs and time...
Aluminum alloys based on the Al-Ge-Si system with a germanium content of up to 40 wt.%, promising fo...
Apparatus is provided for fabricating continuous metal strip composed of a low density, readily oxid...
Two types of rapidly solidified filler alloys of nominal composition Cu-40Mn-10Ni (C50) and Ni-7Cr-3...
A low melting (liquidus temperature \u3c570.degree. C.) rapidly solidified brazing alloy consists es...
A copper-based alloy with suitable additives has been developed. Major applications are envisioned i...
The joining behaviour between stainless steel and copper has an importance in scientific and enginee...
The filler alloy of nominal composition Cu–40Mn–10Ni (all in wt%) was prepared in the form of ribbon...
"The Bureau of Mines conducted research on substitute brazing filler alloys with properties similar ...
A Zr-Ti-Cu-Fe quaternary eutectic alloy was employed as a new Be-free brazing filler metal for Zirca...
The novel low-silver 12AgCuZnSn filler metals containing In and Pr were used for flame brazing of co...
The research involved vacuum tests of brazing properties of silver filler metals, containing tin as ...
Eutectic structures in Ag-based brazing filler metals play an important role in improving the proper...
The research began with a survey of methods used in the brazing of different metals taking 1965 as a...
Brazing in tunnel kiln of molded artefacts is a process that has reduced considerably costs and time...
Brazing in tunnel kiln of molded artefacts is a process that has reduced considerably costs and time...
Aluminum alloys based on the Al-Ge-Si system with a germanium content of up to 40 wt.%, promising fo...
Apparatus is provided for fabricating continuous metal strip composed of a low density, readily oxid...