Melts metals via a powerful electric arc. The arc is deployed using graphite anodes that are partially spent during the process due to the high heat. Beware that the furnace consumes a significant amount of power. It would be polite to notify your local power plant before turning this on.
Melts metals via a powerful electric arc. The arc is deployed using graphite anodes that are partially spent during the process due to the high heat. Beware that the furnace consumes a significant amount of power. It would be polite to notify your local power plant before turning this on.
Melts metals via a powerful electric arc. The arc is deployed using graphite anodes that are partially spent during the process due to the high heat. Beware that the furnace consumes a significant amount of power. It would be polite to notify your local power plant before turning this on.
Melts metals via a powerful electric arc. The arc is deployed using graphite anodes that are partially spent during the process due to the high heat. Beware that the furnace consumes a significant amount of power. It would be polite to notify your local power plant before turning this on.
Melts metals via a powerful electric arc. The arc is deployed using graphite anodes that are partially spent during the process due to the high heat. Beware that the furnace consumes a significant amount of power. It would be polite to notify your local power plant before turning this on.
Melts metals via a powerful electric arc. The arc is deployed using graphite anodes that are partially spent during the process due to the high heat. Beware that the furnace consumes a significant amount of power. It would be polite to notify your local power plant before turning this on.
由於高溫,電弧使用的石墨陽極在過程中會因高溫而耗損。請注意在熔融過程中會使用大量電力,在使用前請通知當地發電廠。