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The Industrial Melting of Metals and Alloys i
18 other sections not shown
aluminium alloys annealing applied atmosphere billet blank brass brazing bronze carbon carburising casting cavity charge cold-work components containing cooling cope and drag copper core Courtesy of Messrs cracks cross-section crucible cupola deformation diameter die-casting ductile electric electrode employed extrusion finished flux forging furnace gases grain hammer hardening heat heat-treatment hydrogen induction furnace ingot investment casting iron lead lubricant machine mandrel manufacture material mechanical melting Metallurgy metals and alloys method mill molten metal mould necessary operation oxide oxidised oxygen pattern pipe Plate powder Powder Metallurgy pressure produced punch quenching medium recrystallisation reduce refractory result rolls sand sections shape shown in Fig sintering slag solder solidification spot welding steel strip suitable surface takes place temperature thermit thermometer thickness town gas treatment tube tungsten tungsten carbide usually weld metal whilst wire work-piece zinc