The Recycle solution device of aluminum-scrap it uses the electromagnetic pump and The Recycle solution system

摘要

The present invention relates to an apparatus and method for regenerating and dissolving aluminum scrap and chips using an electronic pump. The present invention relates to a heat dissipation furnace composed of a molten metal outlet and a flange, an electromagnetic pump and a liner composed of a nonmagnetic material, and aluminum scrap and chips. The supply part and the inside are supplied with a low temperature container composed of a molten container, and the molten molten metal stored in the heating furnace is introduced into the molten container through an electronic pump, and the aluminum scraps and chips supplied from the supply part are supplied inside the low temperature container. Melting by the temperature of the molten metal, causing strong vortex phenomenon, is converted into the molten state required for regeneration, and the converted molten metal is introduced into the heating furnace through a non-magnetic liner located on the side of the low-temperature vessel and kept warm. ,;This is not by re-melting the scrap and chips generated during the aluminum molding using a conventional separate direct flame method, but by using the temperature of the existing molten molten metal, it is converted into a renewable molten regeneration molten state, This not only saves resources, but it is also environmentally friendly and yields are significantly higher.;Referring to the present invention, a heat-resistant container is formed, and one side end is formed with a molten metal outlet 11, on the opposite side of the flange 12 to which the electronic pump 20 and the boiling water container 50 can be connected. (13) a structure is formed, the thermal furnace 10 in which the molten molten metal is insulated and stored;;A plurality of coils and cores are provided in the form of a tube through which the molten metal can flow, the electronic pump 20 is connected to the flange 12 formed on one side of the thermal furnace 10, and the low temperature container 50 The molten metal transfer portion consisting of a nonmagnetic liner 30 is composed of a nonmagnetic material so that the regenerated molten metal is flowed back into the heat retention furnace 10 and connected to the flange 13 of the heat retention furnace 10 ( 40);;The cylindrical shape is composed of a molten vessel 51 in the inside, a low-temperature vessel 50 consisting of a supply portion 55 is supplied with a predetermined amount of aluminum scrap and chips on one side; The molten metal is introduced into the boiling water container 50 through the electromagnetic pump 20, and the aluminum scrap and chips uniformly supplied from the supply part 55 and the molten metal in the boiling water container 50 are transferred by the electromagnetic pump 20. Mixing while causing a strong vortex phenomenon is melted in the low-temperature container 50 is converted into a regeneration molten metal, which proceeds to the process of being introduced back into the thermal furnace 10 through the non-magnetic liner (30).;As such, the present invention melts the scrap and chips generated during the aluminum molding using the molten metal stored in the heating furnace, and thus does not require a separate heat and is generated in the aluminum molding process without the need for a separate collection device and a supply device. By supplying scrap and chips as they are through the supply device, the effect of saving resources and environment-friendly and also can significantly increase the recovery rate.;Electronic pump, Nonmagnetic liner, Aluminum scrap, Chip, Vortex phenomenon, Molten metal, Thermal furnace, Low temperature container