. Canadian foundryman (1918). greatly reduced cost, both in fuel and labor, and entirely eliminating expensive crucibles. For melting aluminum, brass, bronze, copper, gold, gray iron, semi-steel, etc., etc. Makes melting practically continuous permitting meltsof various mixtures of metals to follow one anotheii rapid two chambers can beused alternately. Simul-taneously melting in onechamber, and heats themetal in the other cham-ber to very near themelting point with onefurnace, andat no addi-tional flame isnot directedagainst themetal, there-fore, no oxida-tion.( For co
. Canadian foundryman (1918). greatly reduced cost, both in fuel and labor, and entirely eliminating expensive crucibles. For melting aluminum, brass, bronze, copper, gold, gray iron, semi-steel, etc., etc. Makes melting practically continuous permitting meltsof various mixtures of metals to follow one anotheii rapid two chambers can beused alternately. Simul-taneously melting in onechamber, and heats themetal in the other cham-ber to very near themelting point with onefurnace, andat no addi-tional flame isnot directedagainst themetal, there-fore, no oxida-tion.( For copper,\ brass, bronze,\ aluminum,J, iron, steel, etc.; i I d, silver,1 etc. MONARCH MELTING FURNACES There is a type of Monarch Furnace for all metals, forall fuels, that you can use to big advantage in yourplant. THE WORD MONARCH ON YOUR MELTING FUR-NACES WILL BE THE PASSWORD TO A FASTER AND MORE ECONO-MICAL Furnaces arenoted the world overfor their high efficiency— they always makegood. MonarchCore Ovens.
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Keywords: ., bookcentury1900, bookdecade1910, booksubjec, booksubjectfoundries
