| 摘要 |
The present invention relates to a metal melting furnace using an electromagnetic wave heat generation method, and more specifically, to a metal melting furnace using an electromagnetic wave heat generation method which is capable of manufacturing molten metal while minimizing the use of electricity by forming the molten metal by melting an inside ingot since a crucible generates heat by itself by inserting the crucible including silicon carbide into a metal chamber, and emitting an electromagnetic wave to the metal chamber. According to the present invention, the metal melting furnace using an electromagnetic wave heat generation method has an effect for efficiently using space by having space for allowing an electromagnetic wave to flow, and not having a separate combustion room for heating; having the high heat efficiency due to direct heat transfer since the crucible generates heat by itself, and the crucible is insulated by an insulation material; and reducing product manufacture costs and facility maintenance expenses due to high energy efficiency since the ingot is melted by about 20% of energy of a conventional heating means. |
