Industrial Brazing |
Contents
Brazing its origins principles and scope | 1 |
Joint design | 13 |
Brazing alloys | 34 |
Copyright | |
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Common terms and phrases
acid aluminium application bath brass brazed assembly brazed joint brazing alloy brazing alloy paste brazing cycle brazing material brazing operation brazing process brazing temperature brazing-alloy burner butt joints capillary carbide carbon components composition cooling copper corrosion dew point ductility effect electrodes employed eutectic filler materials filler metal flame flow flux flux residues flux-dip furnace brazing hydrogen idle Station induction heating inductor injector Johnson Matthey joint area joint clearance joint design joint gap liquid loading machine melting point melting range mixtures molten brazing alloy molybdenum necessary nickel oxides oxygen parent materials parent metal preform preheating preplaced pressure problem produced protective atmosphere quaternary quenching reducing atmosphere refractory relatively removal resistance brazing result shear shown in Fig silver brazing alloys silver-copper eutectic solidus stainless steel strength stress surface Table technique thermal torch brazing torch heating town gas tube vacuum brazing welding wetting wire workpiece zinc